id sid tid token lemma pos fuelectenerg-6009 1 1 facta facta PROPN fuelectenerg-6009 1 2 universitatis universitatis PROPN fuelectenerg-6009 1 3 series series NOUN fuelectenerg-6009 1 4 : : PUNCT fuelectenerg-6009 1 5 electronics electronic NOUN fuelectenerg-6009 1 6 and and CCONJ fuelectenerg-6009 1 7 energetics energetics NOUN fuelectenerg-6009 1 8 vol vol NOUN fuelectenerg-6009 1 9 . . PUNCT fuelectenerg-6009 2 1 33 33 NUM fuelectenerg-6009 2 2 , , PUNCT fuelectenerg-6009 2 3 no no DET fuelectenerg-6009 2 4 4 4 NUM fuelectenerg-6009 2 5 , , PUNCT fuelectenerg-6009 2 6 december december PROPN fuelectenerg-6009 2 7 2020 2020 NUM fuelectenerg-6009 2 8 , , PUNCT fuelectenerg-6009 2 9 pp pp ADV fuelectenerg-6009 2 10 . . PUNCT fuelectenerg-6009 3 1 553 553 NUM fuelectenerg-6009 3 2 - - SYM fuelectenerg-6009 3 3 569 569 NUM fuelectenerg-6009 3 4 https://doi.org/10.2298/fuee2004553f https://doi.org/10.2298/fuee2004553f PROPN fuelectenerg-6009 3 5 © © PROPN fuelectenerg-6009 3 6 2020 2020 NUM fuelectenerg-6009 3 7 by by ADP fuelectenerg-6009 3 8 university university PROPN fuelectenerg-6009 3 9 of of ADP fuelectenerg-6009 3 10 niš niš PROPN fuelectenerg-6009 3 11 , , PUNCT fuelectenerg-6009 3 12 serbia serbia PROPN fuelectenerg-6009 3 13 | | ADV fuelectenerg-6009 3 14 creative creative ADJ fuelectenerg-6009 3 15 commons common NOUN fuelectenerg-6009 3 16 license license NOUN fuelectenerg-6009 3 17 : : PUNCT fuelectenerg-6009 3 18 cc cc VERB fuelectenerg-6009 3 19 by by ADP fuelectenerg-6009 3 20 - - PUNCT fuelectenerg-6009 3 21 nc nc VERB fuelectenerg-6009 3 22 - - PUNCT fuelectenerg-6009 3 23 nd nd NOUN fuelectenerg-6009 3 24 design design NOUN fuelectenerg-6009 3 25 of of ADP fuelectenerg-6009 3 26 dual dual ADJ fuelectenerg-6009 3 27 rotor rotor NOUN fuelectenerg-6009 3 28 axial axial ADJ fuelectenerg-6009 3 29 flux flux NOUN fuelectenerg-6009 3 30 permanent permanent ADJ fuelectenerg-6009 3 31 magnet magnet NOUN fuelectenerg-6009 3 32 generators generator NOUN fuelectenerg-6009 3 33 with with ADP fuelectenerg-6009 3 34 ferrite ferrite NOUN fuelectenerg-6009 3 35 and and CCONJ fuelectenerg-6009 3 36 rare rare ADJ fuelectenerg-6009 3 37 - - PUNCT fuelectenerg-6009 3 38 earth earth NOUN fuelectenerg-6009 3 39 magnets magnets NOUN fuelectenerg-6009 3 40 jawad jawad PROPN fuelectenerg-6009 3 41 faiz faiz PROPN fuelectenerg-6009 3 42 1 1 NUM fuelectenerg-6009 3 43 , , PUNCT fuelectenerg-6009 3 44 tohid tohid NOUN fuelectenerg-6009 3 45 asefi asefi NOUN fuelectenerg-6009 3 46 1 1 NUM fuelectenerg-6009 3 47 , , PUNCT fuelectenerg-6009 3 48 mohammad mohammad PROPN fuelectenerg-6009 3 49 azeem azeem PROPN fuelectenerg-6009 3 50 khan khan PROPN fuelectenerg-6009 3 51 2 2 NUM fuelectenerg-6009 4 1 1school 1school NUM fuelectenerg-6009 4 2 of of ADP fuelectenerg-6009 4 3 electrical electrical ADJ fuelectenerg-6009 4 4 and and CCONJ fuelectenerg-6009 4 5 computer computer NOUN fuelectenerg-6009 4 6 engineering engineering NOUN fuelectenerg-6009 4 7 , , PUNCT fuelectenerg-6009 4 8 college college NOUN fuelectenerg-6009 4 9 of of ADP fuelectenerg-6009 4 10 engineering engineering NOUN fuelectenerg-6009 4 11 , , PUNCT fuelectenerg-6009 4 12 university university PROPN fuelectenerg-6009 4 13 of of ADP fuelectenerg-6009 4 14 tehran tehran PROPN fuelectenerg-6009 4 15 , , PUNCT fuelectenerg-6009 4 16 tehran tehran PROPN fuelectenerg-6009 4 17 iran iran PROPN fuelectenerg-6009 5 1 2department 2department NUM fuelectenerg-6009 5 2 of of ADP fuelectenerg-6009 5 3 electrical electrical ADJ fuelectenerg-6009 5 4 engineering engineering NOUN fuelectenerg-6009 5 5 , , PUNCT fuelectenerg-6009 5 6 university university NOUN fuelectenerg-6009 5 7 of of ADP fuelectenerg-6009 5 8 cape cape PROPN fuelectenerg-6009 5 9 town town NOUN fuelectenerg-6009 5 10 , , PUNCT fuelectenerg-6009 5 11 cape cape NOUN fuelectenerg-6009 5 12 town town NOUN fuelectenerg-6009 5 13 , , PUNCT fuelectenerg-6009 5 14 south south PROPN fuelectenerg-6009 5 15 africa africa PROPN fuelectenerg-6009 5 16 abstract abstract PROPN fuelectenerg-6009 5 17 . . PUNCT fuelectenerg-6009 6 1 this this DET fuelectenerg-6009 6 2 article article NOUN fuelectenerg-6009 6 3 addresses address VERB fuelectenerg-6009 6 4 dual dual ADJ fuelectenerg-6009 6 5 rotor rotor NOUN fuelectenerg-6009 6 6 axial axial ADJ fuelectenerg-6009 6 7 flux flux NOUN fuelectenerg-6009 6 8 ferrite ferrite NOUN fuelectenerg-6009 6 9 permanent permanent ADJ fuelectenerg-6009 6 10 magnet magnet NOUN fuelectenerg-6009 6 11 ( ( PUNCT fuelectenerg-6009 6 12 pm pm NOUN fuelectenerg-6009 6 13 ) ) PUNCT fuelectenerg-6009 6 14 generator generator NOUN fuelectenerg-6009 6 15 , , PUNCT fuelectenerg-6009 6 16 as as SCONJ fuelectenerg-6009 6 17 an an DET fuelectenerg-6009 6 18 alternative alternative NOUN fuelectenerg-6009 6 19 to to ADP fuelectenerg-6009 6 20 a a DET fuelectenerg-6009 6 21 surface surface NOUN fuelectenerg-6009 6 22 mounted mount VERB fuelectenerg-6009 6 23 and and CCONJ fuelectenerg-6009 6 24 spoke speak VERB fuelectenerg-6009 6 25 types type NOUN fuelectenerg-6009 6 26 nd nd NOUN fuelectenerg-6009 6 27 - - PUNCT fuelectenerg-6009 6 28 fe fe NOUN fuelectenerg-6009 6 29 - - PUNCT fuelectenerg-6009 6 30 b b NOUN fuelectenerg-6009 6 31 generator generator NOUN fuelectenerg-6009 6 32 which which PRON fuelectenerg-6009 6 33 have have VERB fuelectenerg-6009 6 34 concentrated concentrate VERB fuelectenerg-6009 6 35 windings winding NOUN fuelectenerg-6009 6 36 . . PUNCT fuelectenerg-6009 7 1 the the DET fuelectenerg-6009 7 2 performance performance NOUN fuelectenerg-6009 7 3 parameters parameter NOUN fuelectenerg-6009 7 4 of of ADP fuelectenerg-6009 7 5 all all DET fuelectenerg-6009 7 6 generators generator NOUN fuelectenerg-6009 7 7 , , PUNCT fuelectenerg-6009 7 8 particularly particularly ADV fuelectenerg-6009 7 9 the the DET fuelectenerg-6009 7 10 efficiency efficiency NOUN fuelectenerg-6009 7 11 , , PUNCT fuelectenerg-6009 7 12 are be AUX fuelectenerg-6009 7 13 identical identical ADJ fuelectenerg-6009 7 14 . . PUNCT fuelectenerg-6009 8 1 the the DET fuelectenerg-6009 8 2 design design NOUN fuelectenerg-6009 8 3 objective objective ADJ fuelectenerg-6009 8 4 function function NOUN fuelectenerg-6009 8 5 is be AUX fuelectenerg-6009 8 6 the the DET fuelectenerg-6009 8 7 generators generator NOUN fuelectenerg-6009 8 8 mass mass NOUN fuelectenerg-6009 8 9 minimization minimization NOUN fuelectenerg-6009 8 10 using use VERB fuelectenerg-6009 8 11 a a DET fuelectenerg-6009 8 12 population population NOUN fuelectenerg-6009 8 13 - - PUNCT fuelectenerg-6009 8 14 based base VERB fuelectenerg-6009 8 15 algorithm algorithm NOUN fuelectenerg-6009 8 16 . . PUNCT fuelectenerg-6009 9 1 to to PART fuelectenerg-6009 9 2 predict predict VERB fuelectenerg-6009 9 3 the the DET fuelectenerg-6009 9 4 performance performance NOUN fuelectenerg-6009 9 5 of of ADP fuelectenerg-6009 9 6 yhe yhe NOUN fuelectenerg-6009 9 7 generators generator VERB fuelectenerg-6009 9 8 a a DET fuelectenerg-6009 9 9 finite finite ADJ fuelectenerg-6009 9 10 element element NOUN fuelectenerg-6009 9 11 ( ( PUNCT fuelectenerg-6009 9 12 fe fe NOUN fuelectenerg-6009 9 13 ) ) PUNCT fuelectenerg-6009 9 14 technique technique NOUN fuelectenerg-6009 9 15 is be AUX fuelectenerg-6009 9 16 applied apply VERB fuelectenerg-6009 9 17 . . PUNCT fuelectenerg-6009 10 1 besides besides SCONJ fuelectenerg-6009 10 2 , , PUNCT fuelectenerg-6009 10 3 the the DET fuelectenerg-6009 10 4 aims aim NOUN fuelectenerg-6009 10 5 of of ADP fuelectenerg-6009 10 6 the the DET fuelectenerg-6009 10 7 design design NOUN fuelectenerg-6009 10 8 include include VERB fuelectenerg-6009 10 9 minimizing minimize VERB fuelectenerg-6009 10 10 cogging cog VERB fuelectenerg-6009 10 11 torque torque NOUN fuelectenerg-6009 10 12 , , PUNCT fuelectenerg-6009 10 13 examining examine VERB fuelectenerg-6009 10 14 different different ADJ fuelectenerg-6009 10 15 rotor rotor NOUN fuelectenerg-6009 10 16 pole pole NOUN fuelectenerg-6009 10 17 topologies topology NOUN fuelectenerg-6009 10 18 and and CCONJ fuelectenerg-6009 10 19 different different ADJ fuelectenerg-6009 10 20 pole pole NOUN fuelectenerg-6009 10 21 arc arc NOUN fuelectenerg-6009 10 22 to to PART fuelectenerg-6009 10 23 pole pole VERB fuelectenerg-6009 10 24 pitch pitch NOUN fuelectenerg-6009 10 25 ratios ratio NOUN fuelectenerg-6009 10 26 . . PUNCT fuelectenerg-6009 11 1 three three NUM fuelectenerg-6009 11 2 - - PUNCT fuelectenerg-6009 11 3 dimensional dimensional ADJ fuelectenerg-6009 11 4 fe fe NOUN fuelectenerg-6009 11 5 technique technique NOUN fuelectenerg-6009 11 6 is be AUX fuelectenerg-6009 11 7 employed employ VERB fuelectenerg-6009 11 8 . . PUNCT fuelectenerg-6009 12 1 it it PRON fuelectenerg-6009 12 2 is be AUX fuelectenerg-6009 12 3 shown show VERB fuelectenerg-6009 12 4 that that SCONJ fuelectenerg-6009 12 5 the the DET fuelectenerg-6009 12 6 surface surface NOUN fuelectenerg-6009 12 7 mounted mount VERB fuelectenerg-6009 12 8 ferrite ferrite NOUN fuelectenerg-6009 12 9 generator generator NOUN fuelectenerg-6009 12 10 topology topology NOUN fuelectenerg-6009 12 11 can can AUX fuelectenerg-6009 12 12 not not PART fuelectenerg-6009 12 13 develop develop VERB fuelectenerg-6009 12 14 the the DET fuelectenerg-6009 12 15 rated rate VERB fuelectenerg-6009 12 16 torque torque NOUN fuelectenerg-6009 12 17 and and CCONJ fuelectenerg-6009 12 18 also also ADV fuelectenerg-6009 12 19 has have VERB fuelectenerg-6009 12 20 high high ADJ fuelectenerg-6009 12 21 torque torque NOUN fuelectenerg-6009 12 22 ripple ripple NOUN fuelectenerg-6009 12 23 . . PUNCT fuelectenerg-6009 13 1 in in ADP fuelectenerg-6009 13 2 addition addition NOUN fuelectenerg-6009 13 3 , , PUNCT fuelectenerg-6009 13 4 it it PRON fuelectenerg-6009 13 5 is be AUX fuelectenerg-6009 13 6 heavier heavy ADJ fuelectenerg-6009 13 7 than than ADP fuelectenerg-6009 13 8 the the DET fuelectenerg-6009 13 9 spoke speak VERB fuelectenerg-6009 13 10 type type NOUN fuelectenerg-6009 13 11 generator generator NOUN fuelectenerg-6009 13 12 . . PUNCT fuelectenerg-6009 14 1 furthermore furthermore ADV fuelectenerg-6009 14 2 , , PUNCT fuelectenerg-6009 14 3 it it PRON fuelectenerg-6009 14 4 is be AUX fuelectenerg-6009 14 5 indicated indicate VERB fuelectenerg-6009 14 6 that that SCONJ fuelectenerg-6009 14 7 the the DET fuelectenerg-6009 14 8 spoke speak VERB fuelectenerg-6009 14 9 type type NOUN fuelectenerg-6009 14 10 ferrite ferrite NOUN fuelectenerg-6009 14 11 pm pm NOUN fuelectenerg-6009 14 12 generator generator NOUN fuelectenerg-6009 14 13 has have VERB fuelectenerg-6009 14 14 favorable favorable ADJ fuelectenerg-6009 14 15 performance performance NOUN fuelectenerg-6009 14 16 and and CCONJ fuelectenerg-6009 14 17 could could AUX fuelectenerg-6009 14 18 be be AUX fuelectenerg-6009 14 19 an an DET fuelectenerg-6009 14 20 alternative alternative NOUN fuelectenerg-6009 14 21 to to ADP fuelectenerg-6009 14 22 rare rare ADJ fuelectenerg-6009 14 23 - - PUNCT fuelectenerg-6009 14 24 earth earth NOUN fuelectenerg-6009 14 25 pm pm NOUN fuelectenerg-6009 14 26 generators generator NOUN fuelectenerg-6009 14 27 , , PUNCT fuelectenerg-6009 14 28 particularly particularly ADV fuelectenerg-6009 14 29 in in ADP fuelectenerg-6009 14 30 wind wind NOUN fuelectenerg-6009 14 31 energy energy NOUN fuelectenerg-6009 14 32 applications application NOUN fuelectenerg-6009 14 33 . . PUNCT fuelectenerg-6009 15 1 finally finally ADV fuelectenerg-6009 15 2 , , PUNCT fuelectenerg-6009 15 3 the the DET fuelectenerg-6009 15 4 performance performance NOUN fuelectenerg-6009 15 5 of of ADP fuelectenerg-6009 15 6 the the DET fuelectenerg-6009 15 7 designed design VERB fuelectenerg-6009 15 8 generators generator NOUN fuelectenerg-6009 15 9 is be AUX fuelectenerg-6009 15 10 experimentally experimentally ADV fuelectenerg-6009 15 11 verified verify VERB fuelectenerg-6009 15 12 . . PUNCT fuelectenerg-6009 16 1 key key ADJ fuelectenerg-6009 16 2 words word NOUN fuelectenerg-6009 16 3 : : PUNCT fuelectenerg-6009 16 4 axial axial ADJ fuelectenerg-6009 16 5 flux flux NOUN fuelectenerg-6009 16 6 , , PUNCT fuelectenerg-6009 16 7 permanent permanent ADJ fuelectenerg-6009 16 8 magnet magnet NOUN fuelectenerg-6009 16 9 generator generator NOUN fuelectenerg-6009 16 10 , , PUNCT fuelectenerg-6009 16 11 dual dual ADJ fuelectenerg-6009 16 12 rotor rotor NOUN fuelectenerg-6009 16 13 , , PUNCT fuelectenerg-6009 16 14 finite finite PROPN fuelectenerg-6009 16 15 element element NOUN fuelectenerg-6009 16 16 analysis analysis NOUN fuelectenerg-6009 16 17 , , PUNCT fuelectenerg-6009 16 18 wind wind NOUN fuelectenerg-6009 16 19 turbines turbine NOUN fuelectenerg-6009 16 20 , , PUNCT fuelectenerg-6009 16 21 cogging cog VERB fuelectenerg-6009 16 22 torque torque NOUN fuelectenerg-6009 16 23 , , PUNCT fuelectenerg-6009 16 24 population population NOUN fuelectenerg-6009 16 25 - - PUNCT fuelectenerg-6009 16 26 based base VERB fuelectenerg-6009 16 27 algorithm algorithm NOUN fuelectenerg-6009 16 28 1 1 NUM fuelectenerg-6009 16 29 . . PUNCT fuelectenerg-6009 16 30 introduction introduction NOUN fuelectenerg-6009 16 31 in in ADP fuelectenerg-6009 16 32 recent recent ADJ fuelectenerg-6009 16 33 years year NOUN fuelectenerg-6009 16 34 , , PUNCT fuelectenerg-6009 16 35 permanent permanent ADJ fuelectenerg-6009 16 36 magnet magnet NOUN fuelectenerg-6009 16 37 ( ( PUNCT fuelectenerg-6009 16 38 pm pm NOUN fuelectenerg-6009 16 39 ) ) PUNCT fuelectenerg-6009 16 40 machines machine NOUN fuelectenerg-6009 16 41 have have AUX fuelectenerg-6009 16 42 been be AUX fuelectenerg-6009 16 43 used use VERB fuelectenerg-6009 16 44 in in ADP fuelectenerg-6009 16 45 different different ADJ fuelectenerg-6009 16 46 applications application NOUN fuelectenerg-6009 16 47 such such ADJ fuelectenerg-6009 16 48 electric electric ADJ fuelectenerg-6009 16 49 vehicle vehicle NOUN fuelectenerg-6009 16 50 ( ( PUNCT fuelectenerg-6009 16 51 ev ev NOUN fuelectenerg-6009 16 52 ) ) PUNCT fuelectenerg-6009 16 53 traction traction NOUN fuelectenerg-6009 16 54 and and CCONJ fuelectenerg-6009 16 55 wind wind NOUN fuelectenerg-6009 16 56 energy energy NOUN fuelectenerg-6009 16 57 generation generation NOUN fuelectenerg-6009 16 58 . . PUNCT fuelectenerg-6009 17 1 the the DET fuelectenerg-6009 17 2 price price NOUN fuelectenerg-6009 17 3 increase increase NOUN fuelectenerg-6009 17 4 of of ADP fuelectenerg-6009 17 5 rare rare ADJ fuelectenerg-6009 17 6 - - PUNCT fuelectenerg-6009 17 7 earth earth NOUN fuelectenerg-6009 17 8 pms pm NOUN fuelectenerg-6009 17 9 and and CCONJ fuelectenerg-6009 17 10 insecurity insecurity NOUN fuelectenerg-6009 17 11 of of ADP fuelectenerg-6009 17 12 their their PRON fuelectenerg-6009 17 13 supplying supplying NOUN fuelectenerg-6009 17 14 are be AUX fuelectenerg-6009 17 15 two two NUM fuelectenerg-6009 17 16 reasons reason NOUN fuelectenerg-6009 17 17 that that PRON fuelectenerg-6009 17 18 lead lead VERB fuelectenerg-6009 17 19 to to ADP fuelectenerg-6009 17 20 interest interest NOUN fuelectenerg-6009 17 21 to to PART fuelectenerg-6009 17 22 substitute substitute VERB fuelectenerg-6009 17 23 these these DET fuelectenerg-6009 17 24 pms pm NOUN fuelectenerg-6009 17 25 with with ADP fuelectenerg-6009 17 26 alternative alternative ADJ fuelectenerg-6009 17 27 materials material NOUN fuelectenerg-6009 17 28 such such ADJ fuelectenerg-6009 17 29 as as ADP fuelectenerg-6009 17 30 ferrites ferrite NOUN fuelectenerg-6009 17 31 . . PUNCT fuelectenerg-6009 18 1 ferrites ferrite NOUN fuelectenerg-6009 18 2 are be AUX fuelectenerg-6009 18 3 low low ADJ fuelectenerg-6009 18 4 cost cost NOUN fuelectenerg-6009 18 5 materials material NOUN fuelectenerg-6009 18 6 to to PART fuelectenerg-6009 18 7 substitute substitute VERB fuelectenerg-6009 18 8 rare rare ADJ fuelectenerg-6009 18 9 - - PUNCT fuelectenerg-6009 18 10 earth earth NOUN fuelectenerg-6009 18 11 pms pm NOUN fuelectenerg-6009 18 12 [ [ X fuelectenerg-6009 18 13 1 1 NUM fuelectenerg-6009 18 14 , , PUNCT fuelectenerg-6009 18 15 2 2 NUM fuelectenerg-6009 18 16 ] ] PUNCT fuelectenerg-6009 18 17 . . PUNCT fuelectenerg-6009 19 1 some some DET fuelectenerg-6009 19 2 companies company NOUN fuelectenerg-6009 19 3 such such ADJ fuelectenerg-6009 19 4 abb abb PROPN fuelectenerg-6009 19 5 have have AUX fuelectenerg-6009 19 6 offered offer VERB fuelectenerg-6009 19 7 a a DET fuelectenerg-6009 19 8 ferrite ferrite ADJ fuelectenerg-6009 19 9 pm pm NOUN fuelectenerg-6009 19 10 received receive VERB fuelectenerg-6009 19 11 december december PROPN fuelectenerg-6009 19 12 26 26 NUM fuelectenerg-6009 19 13 , , PUNCT fuelectenerg-6009 19 14 2019 2019 NUM fuelectenerg-6009 19 15 ; ; PUNCT fuelectenerg-6009 19 16 received receive VERB fuelectenerg-6009 19 17 in in ADP fuelectenerg-6009 19 18 revised revise VERB fuelectenerg-6009 19 19 form form NOUN fuelectenerg-6009 19 20 february february PROPN fuelectenerg-6009 19 21 11 11 NUM fuelectenerg-6009 19 22 , , PUNCT fuelectenerg-6009 19 23 2020 2020 NUM fuelectenerg-6009 19 24 corresponding correspond VERB fuelectenerg-6009 19 25 author author NOUN fuelectenerg-6009 19 26 : : PUNCT fuelectenerg-6009 19 27 jawad jawad PROPN fuelectenerg-6009 19 28 faiz faiz PROPN fuelectenerg-6009 19 29 electrical electrical ADJ fuelectenerg-6009 19 30 and and CCONJ fuelectenerg-6009 19 31 computer computer NOUN fuelectenerg-6009 19 32 engineering engineering NOUN fuelectenerg-6009 19 33 , , PUNCT fuelectenerg-6009 19 34 college college NOUN fuelectenerg-6009 19 35 of of ADP fuelectenerg-6009 19 36 engineering engineering NOUN fuelectenerg-6009 19 37 , , PUNCT fuelectenerg-6009 19 38 university university PROPN fuelectenerg-6009 19 39 of of ADP fuelectenerg-6009 19 40 tehran tehran PROPN fuelectenerg-6009 19 41 , , PUNCT fuelectenerg-6009 19 42 tehran tehran PROPN fuelectenerg-6009 19 43 1439957131 1439957131 NUM fuelectenerg-6009 19 44 , , PUNCT fuelectenerg-6009 19 45 iran iran PROPN fuelectenerg-6009 19 46 e e NOUN fuelectenerg-6009 19 47 - - NOUN fuelectenerg-6009 19 48 mail mail NOUN fuelectenerg-6009 19 49 : : PUNCT fuelectenerg-6009 19 50 jfaiz@ut.ac.ir jfaiz@ut.ac.ir VERB fuelectenerg-6009 19 51 * * PUNCT fuelectenerg-6009 19 52 an an DET fuelectenerg-6009 19 53 earlier early ADJ fuelectenerg-6009 19 54 version version NOUN fuelectenerg-6009 19 55 of of ADP fuelectenerg-6009 19 56 this this DET fuelectenerg-6009 19 57 paper paper NOUN fuelectenerg-6009 19 58 was be AUX fuelectenerg-6009 19 59 presented present VERB fuelectenerg-6009 19 60 at at ADP fuelectenerg-6009 19 61 the the DET fuelectenerg-6009 19 62 14th 14th ADJ fuelectenerg-6009 19 63 international international ADJ fuelectenerg-6009 19 64 conference conference NOUN fuelectenerg-6009 19 65 on on ADP fuelectenerg-6009 19 66 applied applied ADJ fuelectenerg-6009 19 67 electromagnetics electromagnetic NOUN fuelectenerg-6009 19 68 ( ( PUNCT fuelectenerg-6009 19 69 пес пес ADJ fuelectenerg-6009 19 70 2019 2019 NUM fuelectenerg-6009 19 71 ) ) PUNCT fuelectenerg-6009 19 72 , , PUNCT fuelectenerg-6009 19 73 august august PROPN fuelectenerg-6009 19 74 26 26 NUM fuelectenerg-6009 19 75 28 28 NUM fuelectenerg-6009 19 76 , , PUNCT fuelectenerg-6009 19 77 2019 2019 NUM fuelectenerg-6009 19 78 , , PUNCT fuelectenerg-6009 19 79 in in ADP fuelectenerg-6009 19 80 niš niš NOUN fuelectenerg-6009 19 81 , , PUNCT fuelectenerg-6009 19 82 serbia serbia PROPN fuelectenerg-6009 19 83 [ [ X fuelectenerg-6009 19 84 1 1 NUM fuelectenerg-6009 19 85 ] ] PUNCT fuelectenerg-6009 19 86 . . PUNCT fuelectenerg-6009 20 1 554 554 NUM fuelectenerg-6009 20 2 j. j. PROPN fuelectenerg-6009 20 3 faiz faiz PROPN fuelectenerg-6009 20 4 , , PUNCT fuelectenerg-6009 20 5 t. t. PROPN fuelectenerg-6009 20 6 asefi asefi PROPN fuelectenerg-6009 20 7 , , PUNCT fuelectenerg-6009 20 8 m. m. NOUN fuelectenerg-6009 20 9 a. a. PROPN fuelectenerg-6009 20 10 khan khan PROPN fuelectenerg-6009 20 11 wind wind PROPN fuelectenerg-6009 20 12 generator generator NOUN fuelectenerg-6009 20 13 called call VERB fuelectenerg-6009 20 14 the the DET fuelectenerg-6009 20 15 “ " PUNCT fuelectenerg-6009 20 16 wind wind NOUN fuelectenerg-6009 20 17 former former NOUN fuelectenerg-6009 20 18 ” " PUNCT fuelectenerg-6009 20 19 [ [ X fuelectenerg-6009 20 20 3 3 NUM fuelectenerg-6009 20 21 ] ] PUNCT fuelectenerg-6009 20 22 . . PUNCT fuelectenerg-6009 21 1 in in ADP fuelectenerg-6009 21 2 the the DET fuelectenerg-6009 21 3 wind wind NOUN fuelectenerg-6009 21 4 farmer farmer NOUN fuelectenerg-6009 21 5 , , PUNCT fuelectenerg-6009 21 6 ferrite ferrite ADJ fuelectenerg-6009 21 7 pms pm NOUN fuelectenerg-6009 21 8 mounted mount VERB fuelectenerg-6009 21 9 between between ADP fuelectenerg-6009 21 10 the the DET fuelectenerg-6009 21 11 pole pole NOUN fuelectenerg-6009 21 12 shoes shoe NOUN fuelectenerg-6009 21 13 of of ADP fuelectenerg-6009 21 14 the the DET fuelectenerg-6009 21 15 generator generator NOUN fuelectenerg-6009 21 16 . . PUNCT fuelectenerg-6009 22 1 a a DET fuelectenerg-6009 22 2 high high ADJ fuelectenerg-6009 22 3 speed speed NOUN fuelectenerg-6009 22 4 ferrite ferrite NOUN fuelectenerg-6009 22 5 pm pm NOUN fuelectenerg-6009 22 6 motor motor NOUN fuelectenerg-6009 22 7 has have AUX fuelectenerg-6009 22 8 been be AUX fuelectenerg-6009 22 9 introduced introduce VERB fuelectenerg-6009 22 10 in in ADP fuelectenerg-6009 22 11 [ [ X fuelectenerg-6009 22 12 4 4 NUM fuelectenerg-6009 22 13 ] ] PUNCT fuelectenerg-6009 22 14 as as ADP fuelectenerg-6009 22 15 a a DET fuelectenerg-6009 22 16 substitution substitution NOUN fuelectenerg-6009 22 17 to to ADP fuelectenerg-6009 22 18 sm sm PROPN fuelectenerg-6009 22 19 - - PUNCT fuelectenerg-6009 22 20 co co ADJ fuelectenerg-6009 22 21 pms pms PROPN fuelectenerg-6009 22 22 motor motor NOUN fuelectenerg-6009 22 23 . . PUNCT fuelectenerg-6009 23 1 a a DET fuelectenerg-6009 23 2 ferrite ferrite ADJ fuelectenerg-6009 23 3 pm pm NOUN fuelectenerg-6009 23 4 electric electric ADJ fuelectenerg-6009 23 5 motor motor NOUN fuelectenerg-6009 23 6 has have AUX fuelectenerg-6009 23 7 been be AUX fuelectenerg-6009 23 8 employed employ VERB fuelectenerg-6009 23 9 in in ADP fuelectenerg-6009 23 10 [ [ X fuelectenerg-6009 23 11 5 5 NUM fuelectenerg-6009 23 12 ] ] PUNCT fuelectenerg-6009 23 13 for for ADP fuelectenerg-6009 23 14 evs evs NOUN fuelectenerg-6009 23 15 in in ADP fuelectenerg-6009 23 16 which which PRON fuelectenerg-6009 23 17 no no DET fuelectenerg-6009 23 18 - - PUNCT fuelectenerg-6009 23 19 load load NOUN fuelectenerg-6009 23 20 induced induce VERB fuelectenerg-6009 23 21 phase phase NOUN fuelectenerg-6009 23 22 voltage voltage NOUN fuelectenerg-6009 23 23 is be AUX fuelectenerg-6009 23 24 sinusoidal sinusoidal ADJ fuelectenerg-6009 23 25 and and CCONJ fuelectenerg-6009 23 26 cogging cog VERB fuelectenerg-6009 23 27 torque torque NOUN fuelectenerg-6009 23 28 is be AUX fuelectenerg-6009 23 29 low low ADJ fuelectenerg-6009 24 1 [ [ X fuelectenerg-6009 24 2 5 5 NUM fuelectenerg-6009 24 3 ] ] PUNCT fuelectenerg-6009 24 4 , , PUNCT fuelectenerg-6009 25 1 [ [ X fuelectenerg-6009 25 2 6 6 NUM fuelectenerg-6009 25 3 ] ] PUNCT fuelectenerg-6009 25 4 . . PUNCT fuelectenerg-6009 26 1 it it PRON fuelectenerg-6009 26 2 is be AUX fuelectenerg-6009 26 3 noted note VERB fuelectenerg-6009 26 4 that that SCONJ fuelectenerg-6009 26 5 the the DET fuelectenerg-6009 26 6 efficiency efficiency NOUN fuelectenerg-6009 26 7 and and CCONJ fuelectenerg-6009 26 8 power power NOUN fuelectenerg-6009 26 9 of of ADP fuelectenerg-6009 26 10 the the DET fuelectenerg-6009 26 11 pm pm NOUN fuelectenerg-6009 26 12 machines machine NOUN fuelectenerg-6009 26 13 are be AUX fuelectenerg-6009 26 14 higher high ADJ fuelectenerg-6009 26 15 than than ADP fuelectenerg-6009 26 16 that that PRON fuelectenerg-6009 26 17 of of ADP fuelectenerg-6009 26 18 induction induction NOUN fuelectenerg-6009 26 19 machines machine NOUN fuelectenerg-6009 26 20 . . PUNCT fuelectenerg-6009 27 1 this this PRON fuelectenerg-6009 27 2 is be AUX fuelectenerg-6009 27 3 the the DET fuelectenerg-6009 27 4 main main ADJ fuelectenerg-6009 27 5 reason reason NOUN fuelectenerg-6009 27 6 for for ADP fuelectenerg-6009 27 7 the the DET fuelectenerg-6009 27 8 substituting substitute VERB fuelectenerg-6009 27 9 induction induction NOUN fuelectenerg-6009 27 10 machines machine NOUN fuelectenerg-6009 27 11 with with ADP fuelectenerg-6009 27 12 pm pm NOUN fuelectenerg-6009 27 13 machines machine NOUN fuelectenerg-6009 27 14 [ [ X fuelectenerg-6009 27 15 7 7 NUM fuelectenerg-6009 27 16 ] ] PUNCT fuelectenerg-6009 27 17 . . PUNCT fuelectenerg-6009 28 1 a a DET fuelectenerg-6009 28 2 higher high ADJ fuelectenerg-6009 28 3 torque torque NOUN fuelectenerg-6009 28 4 density density NOUN fuelectenerg-6009 28 5 can can AUX fuelectenerg-6009 28 6 be be AUX fuelectenerg-6009 28 7 obtained obtain VERB fuelectenerg-6009 28 8 by by ADP fuelectenerg-6009 28 9 axial axial ADJ fuelectenerg-6009 28 10 flux flux NOUN fuelectenerg-6009 28 11 pm pm NOUN fuelectenerg-6009 28 12 ( ( PUNCT fuelectenerg-6009 28 13 afpm afpm ADJ fuelectenerg-6009 28 14 ) ) PUNCT fuelectenerg-6009 28 15 machines machine NOUN fuelectenerg-6009 28 16 compared compare VERB fuelectenerg-6009 28 17 to to ADP fuelectenerg-6009 28 18 radial radial ADJ fuelectenerg-6009 28 19 flux flux NOUN fuelectenerg-6009 28 20 and and CCONJ fuelectenerg-6009 28 21 transverse transverse NOUN fuelectenerg-6009 28 22 flux flux NOUN fuelectenerg-6009 28 23 pm pm NOUN fuelectenerg-6009 28 24 machines machine NOUN fuelectenerg-6009 28 25 [ [ X fuelectenerg-6009 28 26 8 8 NUM fuelectenerg-6009 28 27 ] ] PUNCT fuelectenerg-6009 28 28 , , PUNCT fuelectenerg-6009 29 1 [ [ X fuelectenerg-6009 29 2 9 9 NUM fuelectenerg-6009 29 3 ] ] PUNCT fuelectenerg-6009 29 4 . . PUNCT fuelectenerg-6009 30 1 there there PRON fuelectenerg-6009 30 2 are be VERB fuelectenerg-6009 30 3 two two NUM fuelectenerg-6009 30 4 following follow VERB fuelectenerg-6009 30 5 more more ADV fuelectenerg-6009 30 6 common common ADJ fuelectenerg-6009 30 7 radial radial ADJ fuelectenerg-6009 30 8 flux flux NOUN fuelectenerg-6009 30 9 pm pm NOUN fuelectenerg-6009 30 10 machines machine NOUN fuelectenerg-6009 30 11 : : PUNCT fuelectenerg-6009 31 1 1 1 X fuelectenerg-6009 31 2 . . NUM fuelectenerg-6009 31 3 conventional conventional ADJ fuelectenerg-6009 31 4 radial radial ADJ fuelectenerg-6009 31 5 flux flux NOUN fuelectenerg-6009 31 6 ( ( PUNCT fuelectenerg-6009 31 7 rfpm rfpm NOUN fuelectenerg-6009 31 8 ) ) PUNCT fuelectenerg-6009 31 9 , , PUNCT fuelectenerg-6009 31 10 2 2 X fuelectenerg-6009 31 11 . . PUNCT fuelectenerg-6009 31 12 outer outer ADJ fuelectenerg-6009 31 13 rotor rotor NOUN fuelectenerg-6009 31 14 radial radial ADJ fuelectenerg-6009 31 15 flux flux NOUN fuelectenerg-6009 31 16 ( ( PUNCT fuelectenerg-6009 31 17 orrfpm orrfpm PROPN fuelectenerg-6009 31 18 ) ) PUNCT fuelectenerg-6009 31 19 . . PUNCT fuelectenerg-6009 32 1 and and CCONJ fuelectenerg-6009 32 2 five five NUM fuelectenerg-6009 32 3 following follow VERB fuelectenerg-6009 32 4 axial axial ADJ fuelectenerg-6009 32 5 flux flux NOUN fuelectenerg-6009 32 6 pm pm NOUN fuelectenerg-6009 32 7 machines machine NOUN fuelectenerg-6009 32 8 : : PUNCT fuelectenerg-6009 32 9 1 1 X fuelectenerg-6009 32 10 . . X fuelectenerg-6009 32 11 double double ADJ fuelectenerg-6009 32 12 - - PUNCT fuelectenerg-6009 32 13 stator stator NOUN fuelectenerg-6009 32 14 axial axial ADJ fuelectenerg-6009 32 15 flux flux NOUN fuelectenerg-6009 32 16 ( ( PUNCT fuelectenerg-6009 32 17 dsafpm dsafpm PROPN fuelectenerg-6009 32 18 ) ) PUNCT fuelectenerg-6009 32 19 , , PUNCT fuelectenerg-6009 32 20 2 2 X fuelectenerg-6009 32 21 . . X fuelectenerg-6009 32 22 double double ADJ fuelectenerg-6009 32 23 - - PUNCT fuelectenerg-6009 32 24 rotor rotor NOUN fuelectenerg-6009 32 25 axial axial ADJ fuelectenerg-6009 32 26 flux flux NOUN fuelectenerg-6009 32 27 ( ( PUNCT fuelectenerg-6009 32 28 drafpm drafpm NOUN fuelectenerg-6009 32 29 ) ) PUNCT fuelectenerg-6009 32 30 , , PUNCT fuelectenerg-6009 32 31 3 3 X fuelectenerg-6009 32 32 . . X fuelectenerg-6009 32 33 single single ADJ fuelectenerg-6009 32 34 - - PUNCT fuelectenerg-6009 32 35 sided sided ADJ fuelectenerg-6009 32 36 stator stator NOUN fuelectenerg-6009 32 37 balanced balanced ADJ fuelectenerg-6009 32 38 axial axial ADJ fuelectenerg-6009 32 39 flux flux NOUN fuelectenerg-6009 32 40 ( ( PUNCT fuelectenerg-6009 32 41 sbafpm sbafpm NOUN fuelectenerg-6009 32 42 ) ) PUNCT fuelectenerg-6009 32 43 , , PUNCT fuelectenerg-6009 32 44 4 4 X fuelectenerg-6009 32 45 . . X fuelectenerg-6009 32 46 single single ADJ fuelectenerg-6009 32 47 - - PUNCT fuelectenerg-6009 32 48 sided sided ADJ fuelectenerg-6009 32 49 rotor rotor NOUN fuelectenerg-6009 32 50 balanced balanced ADJ fuelectenerg-6009 32 51 axial axial ADJ fuelectenerg-6009 32 52 flux flux NOUN fuelectenerg-6009 32 53 ( ( PUNCT fuelectenerg-6009 32 54 rbafpm rbafpm NOUN fuelectenerg-6009 32 55 ) ) PUNCT fuelectenerg-6009 32 56 and and CCONJ fuelectenerg-6009 32 57 5 5 NUM fuelectenerg-6009 32 58 . . NOUN fuelectenerg-6009 32 59 toroidal toroidal ADJ fuelectenerg-6009 32 60 wound wound NOUN fuelectenerg-6009 32 61 axial axial ADJ fuelectenerg-6009 32 62 flux flux NOUN fuelectenerg-6009 32 63 machines machine NOUN fuelectenerg-6009 32 64 ( ( PUNCT fuelectenerg-6009 32 65 twafpm twafpm NOUN fuelectenerg-6009 32 66 ) ) PUNCT fuelectenerg-6009 32 67 . . PUNCT fuelectenerg-6009 33 1 the the DET fuelectenerg-6009 33 2 advantages advantage NOUN fuelectenerg-6009 33 3 of of ADP fuelectenerg-6009 33 4 the the DET fuelectenerg-6009 33 5 drafpm drafpm NOUN fuelectenerg-6009 33 6 are be AUX fuelectenerg-6009 33 7 the the DET fuelectenerg-6009 33 8 highest high ADJ fuelectenerg-6009 33 9 torque torque NOUN fuelectenerg-6009 33 10 density density NOUN fuelectenerg-6009 33 11 , , PUNCT fuelectenerg-6009 33 12 power power NOUN fuelectenerg-6009 33 13 density density NOUN fuelectenerg-6009 33 14 , , PUNCT fuelectenerg-6009 33 15 efficiency efficiency NOUN fuelectenerg-6009 33 16 , , PUNCT fuelectenerg-6009 33 17 lowest low ADJ fuelectenerg-6009 33 18 mass mass NOUN fuelectenerg-6009 33 19 of of ADP fuelectenerg-6009 33 20 pm pm NOUN fuelectenerg-6009 33 21 and and CCONJ fuelectenerg-6009 33 22 active active ADJ fuelectenerg-6009 33 23 materials material NOUN fuelectenerg-6009 33 24 [ [ X fuelectenerg-6009 33 25 10 10 NUM fuelectenerg-6009 33 26 ] ] PUNCT fuelectenerg-6009 33 27 . . PUNCT fuelectenerg-6009 34 1 this this DET fuelectenerg-6009 34 2 motor motor NOUN fuelectenerg-6009 34 3 could could AUX fuelectenerg-6009 34 4 be be AUX fuelectenerg-6009 34 5 the the DET fuelectenerg-6009 34 6 most most ADV fuelectenerg-6009 34 7 appropriate appropriate ADJ fuelectenerg-6009 34 8 choice choice NOUN fuelectenerg-6009 34 9 in in ADP fuelectenerg-6009 34 10 the the DET fuelectenerg-6009 34 11 applications application NOUN fuelectenerg-6009 34 12 requiring require VERB fuelectenerg-6009 34 13 a a DET fuelectenerg-6009 34 14 high high ADJ fuelectenerg-6009 34 15 power power NOUN fuelectenerg-6009 34 16 and and CCONJ fuelectenerg-6009 34 17 torque torque NOUN fuelectenerg-6009 34 18 density density NOUN fuelectenerg-6009 34 19 . . PUNCT fuelectenerg-6009 35 1 however however ADV fuelectenerg-6009 35 2 , , PUNCT fuelectenerg-6009 35 3 this this PRON fuelectenerg-6009 35 4 is be AUX fuelectenerg-6009 35 5 true true ADJ fuelectenerg-6009 35 6 specific specific ADJ fuelectenerg-6009 35 7 low low ADJ fuelectenerg-6009 35 8 - - PUNCT fuelectenerg-6009 35 9 power power NOUN fuelectenerg-6009 35 10 application application NOUN fuelectenerg-6009 35 11 and and CCONJ fuelectenerg-6009 35 12 can can AUX fuelectenerg-6009 35 13 not not PART fuelectenerg-6009 35 14 be be AUX fuelectenerg-6009 35 15 extended extend VERB fuelectenerg-6009 35 16 to to ADP fuelectenerg-6009 35 17 all all DET fuelectenerg-6009 35 18 applications application NOUN fuelectenerg-6009 35 19 with with ADP fuelectenerg-6009 35 20 high high ADJ fuelectenerg-6009 35 21 power power NOUN fuelectenerg-6009 35 22 and and CCONJ fuelectenerg-6009 35 23 torque torque NOUN fuelectenerg-6009 35 24 density density NOUN fuelectenerg-6009 35 25 . . PUNCT fuelectenerg-6009 36 1 this this DET fuelectenerg-6009 36 2 paper paper NOUN fuelectenerg-6009 36 3 proposes propose VERB fuelectenerg-6009 36 4 a a DET fuelectenerg-6009 36 5 drafpm drafpm NOUN fuelectenerg-6009 36 6 machine machine NOUN fuelectenerg-6009 36 7 with with ADP fuelectenerg-6009 36 8 surface surface NOUN fuelectenerg-6009 36 9 mounted mount VERB fuelectenerg-6009 36 10 and and CCONJ fuelectenerg-6009 36 11 spoke speak VERB fuelectenerg-6009 36 12 type type NOUN fuelectenerg-6009 36 13 ferrite ferrite NOUN fuelectenerg-6009 36 14 pms pm NOUN fuelectenerg-6009 36 15 which which PRON fuelectenerg-6009 36 16 is be AUX fuelectenerg-6009 36 17 optimally optimally ADV fuelectenerg-6009 36 18 designed design VERB fuelectenerg-6009 36 19 by by ADP fuelectenerg-6009 36 20 a a DET fuelectenerg-6009 36 21 population population NOUN fuelectenerg-6009 36 22 - - PUNCT fuelectenerg-6009 36 23 based base VERB fuelectenerg-6009 36 24 algorithm algorithm NOUN fuelectenerg-6009 36 25 . . PUNCT fuelectenerg-6009 37 1 the the DET fuelectenerg-6009 37 2 design design NOUN fuelectenerg-6009 37 3 objective objective ADJ fuelectenerg-6009 37 4 function function NOUN fuelectenerg-6009 37 5 is be AUX fuelectenerg-6009 37 6 minimizing minimize VERB fuelectenerg-6009 37 7 the the DET fuelectenerg-6009 37 8 mass mass NOUN fuelectenerg-6009 37 9 of of ADP fuelectenerg-6009 37 10 the the DET fuelectenerg-6009 37 11 machine machine NOUN fuelectenerg-6009 37 12 . . PUNCT fuelectenerg-6009 38 1 the the DET fuelectenerg-6009 38 2 3d 3d NOUN fuelectenerg-6009 38 3 - - PUNCT fuelectenerg-6009 38 4 fem fem NOUN fuelectenerg-6009 38 5 is be AUX fuelectenerg-6009 38 6 used use VERB fuelectenerg-6009 38 7 for for ADP fuelectenerg-6009 38 8 predicting predict VERB fuelectenerg-6009 38 9 the the DET fuelectenerg-6009 38 10 performances performance NOUN fuelectenerg-6009 38 11 of of ADP fuelectenerg-6009 38 12 the the DET fuelectenerg-6009 38 13 proposed propose VERB fuelectenerg-6009 38 14 generators generator NOUN fuelectenerg-6009 38 15 . . PUNCT fuelectenerg-6009 39 1 the the DET fuelectenerg-6009 39 2 topology topology NOUN fuelectenerg-6009 39 3 of of ADP fuelectenerg-6009 39 4 the the DET fuelectenerg-6009 39 5 generator generator NOUN fuelectenerg-6009 39 6 is be AUX fuelectenerg-6009 39 7 determined determine VERB fuelectenerg-6009 39 8 for for ADP fuelectenerg-6009 39 9 minimizing minimize VERB fuelectenerg-6009 39 10 the the DET fuelectenerg-6009 39 11 cogging cog VERB fuelectenerg-6009 39 12 torque torque NOUN fuelectenerg-6009 39 13 and and CCONJ fuelectenerg-6009 39 14 torque torque NOUN fuelectenerg-6009 39 15 ripple ripple NOUN fuelectenerg-6009 39 16 . . PUNCT fuelectenerg-6009 40 1 the the DET fuelectenerg-6009 40 2 effects effect NOUN fuelectenerg-6009 40 3 of of ADP fuelectenerg-6009 40 4 pole pole NOUN fuelectenerg-6009 40 5 arc arc NOUN fuelectenerg-6009 40 6 / / SYM fuelectenerg-6009 40 7 pole pole NOUN fuelectenerg-6009 40 8 pitch pitch NOUN fuelectenerg-6009 40 9 ratio ratio NOUN fuelectenerg-6009 40 10 ( ( PUNCT fuelectenerg-6009 40 11 α α NOUN fuelectenerg-6009 40 12 ) ) PUNCT fuelectenerg-6009 40 13 upon upon SCONJ fuelectenerg-6009 40 14 the the DET fuelectenerg-6009 40 15 flux flux NOUN fuelectenerg-6009 40 16 leakage leakage NOUN fuelectenerg-6009 40 17 , , PUNCT fuelectenerg-6009 40 18 cogging cog VERB fuelectenerg-6009 40 19 torque torque NOUN fuelectenerg-6009 40 20 and and CCONJ fuelectenerg-6009 40 21 torque torque NOUN fuelectenerg-6009 40 22 ripple ripple NOUN fuelectenerg-6009 40 23 are be AUX fuelectenerg-6009 40 24 investigated investigate VERB fuelectenerg-6009 40 25 by by ADP fuelectenerg-6009 40 26 sensitivity sensitivity NOUN fuelectenerg-6009 40 27 analysis analysis NOUN fuelectenerg-6009 40 28 . . PUNCT fuelectenerg-6009 41 1 it it PRON fuelectenerg-6009 41 2 is be AUX fuelectenerg-6009 41 3 noted note VERB fuelectenerg-6009 41 4 that that SCONJ fuelectenerg-6009 41 5 the the DET fuelectenerg-6009 41 6 air air NOUN fuelectenerg-6009 41 7 gap gap NOUN fuelectenerg-6009 41 8 clearance clearance NOUN fuelectenerg-6009 41 9 and and CCONJ fuelectenerg-6009 41 10 materials material NOUN fuelectenerg-6009 41 11 types type NOUN fuelectenerg-6009 41 12 used use VERB fuelectenerg-6009 41 13 ( ( PUNCT fuelectenerg-6009 41 14 except except SCONJ fuelectenerg-6009 41 15 pms pm NOUN fuelectenerg-6009 41 16 ) ) PUNCT fuelectenerg-6009 41 17 are be AUX fuelectenerg-6009 41 18 identical identical ADJ fuelectenerg-6009 41 19 . . PUNCT fuelectenerg-6009 42 1 it it PRON fuelectenerg-6009 42 2 is be AUX fuelectenerg-6009 42 3 shown show VERB fuelectenerg-6009 42 4 that that SCONJ fuelectenerg-6009 42 5 the the DET fuelectenerg-6009 42 6 torque torque NOUN fuelectenerg-6009 42 7 ripple ripple NOUN fuelectenerg-6009 42 8 , , PUNCT fuelectenerg-6009 42 9 cogging cog VERB fuelectenerg-6009 42 10 torque torque NOUN fuelectenerg-6009 42 11 and and CCONJ fuelectenerg-6009 42 12 total total ADJ fuelectenerg-6009 42 13 harmonic harmonic ADJ fuelectenerg-6009 42 14 distortion distortion NOUN fuelectenerg-6009 42 15 ( ( PUNCT fuelectenerg-6009 42 16 thd thd NOUN fuelectenerg-6009 42 17 ) ) PUNCT fuelectenerg-6009 42 18 of of ADP fuelectenerg-6009 42 19 the the DET fuelectenerg-6009 42 20 induced induced ADJ fuelectenerg-6009 42 21 voltage voltage NOUN fuelectenerg-6009 42 22 in in ADP fuelectenerg-6009 42 23 the the DET fuelectenerg-6009 42 24 spoke speak VERB fuelectenerg-6009 42 25 type type NOUN fuelectenerg-6009 42 26 ferrite ferrite NOUN fuelectenerg-6009 42 27 pm pm NOUN fuelectenerg-6009 42 28 generator generator NOUN fuelectenerg-6009 42 29 at at ADP fuelectenerg-6009 42 30 full full ADJ fuelectenerg-6009 42 31 - - PUNCT fuelectenerg-6009 42 32 load load NOUN fuelectenerg-6009 42 33 are be AUX fuelectenerg-6009 42 34 improved improve VERB fuelectenerg-6009 42 35 compared compare VERB fuelectenerg-6009 42 36 to to ADP fuelectenerg-6009 42 37 the the DET fuelectenerg-6009 42 38 surface surface NOUN fuelectenerg-6009 42 39 mounted mount VERB fuelectenerg-6009 42 40 nd nd NOUN fuelectenerg-6009 42 41 - - PUNCT fuelectenerg-6009 42 42 fe fe NOUN fuelectenerg-6009 42 43 - - PUNCT fuelectenerg-6009 42 44 b b NOUN fuelectenerg-6009 42 45 machine machine NOUN fuelectenerg-6009 42 46 . . PUNCT fuelectenerg-6009 43 1 it it PRON fuelectenerg-6009 43 2 is be AUX fuelectenerg-6009 43 3 proved prove VERB fuelectenerg-6009 43 4 that that SCONJ fuelectenerg-6009 43 5 the the DET fuelectenerg-6009 43 6 surface surface NOUN fuelectenerg-6009 43 7 mounted mount VERB fuelectenerg-6009 43 8 ferrite ferrite NOUN fuelectenerg-6009 43 9 machine machine NOUN fuelectenerg-6009 43 10 can can AUX fuelectenerg-6009 43 11 not not PART fuelectenerg-6009 43 12 develop develop VERB fuelectenerg-6009 43 13 the the DET fuelectenerg-6009 43 14 rated rate VERB fuelectenerg-6009 43 15 electromagnetic electromagnetic ADJ fuelectenerg-6009 43 16 torque torque NOUN fuelectenerg-6009 43 17 . . PUNCT fuelectenerg-6009 44 1 besides besides SCONJ fuelectenerg-6009 44 2 , , PUNCT fuelectenerg-6009 44 3 it it PRON fuelectenerg-6009 44 4 has have VERB fuelectenerg-6009 44 5 higher high ADJ fuelectenerg-6009 44 6 torque torque NOUN fuelectenerg-6009 44 7 ripple ripple NOUN fuelectenerg-6009 44 8 and and CCONJ fuelectenerg-6009 44 9 weight weight NOUN fuelectenerg-6009 44 10 compared compare VERB fuelectenerg-6009 44 11 to to ADP fuelectenerg-6009 44 12 the the DET fuelectenerg-6009 44 13 spoke speak VERB fuelectenerg-6009 44 14 type type NOUN fuelectenerg-6009 44 15 machine machine NOUN fuelectenerg-6009 44 16 . . PUNCT fuelectenerg-6009 45 1 therefore therefore ADV fuelectenerg-6009 45 2 , , PUNCT fuelectenerg-6009 45 3 the the DET fuelectenerg-6009 45 4 spoke speak VERB fuelectenerg-6009 45 5 type type NOUN fuelectenerg-6009 45 6 ferrite ferrite NOUN fuelectenerg-6009 45 7 generator generator NOUN fuelectenerg-6009 45 8 can can AUX fuelectenerg-6009 45 9 be be AUX fuelectenerg-6009 45 10 considered consider VERB fuelectenerg-6009 45 11 as as ADP fuelectenerg-6009 45 12 a a DET fuelectenerg-6009 45 13 viable viable ADJ fuelectenerg-6009 45 14 alternative alternative NOUN fuelectenerg-6009 45 15 to to ADP fuelectenerg-6009 45 16 the the DET fuelectenerg-6009 45 17 rare rare ADJ fuelectenerg-6009 45 18 - - PUNCT fuelectenerg-6009 45 19 earth earth NOUN fuelectenerg-6009 45 20 pm pm NOUN fuelectenerg-6009 45 21 generators generator NOUN fuelectenerg-6009 45 22 . . PUNCT fuelectenerg-6009 46 1 finally finally ADV fuelectenerg-6009 46 2 , , PUNCT fuelectenerg-6009 46 3 the the DET fuelectenerg-6009 46 4 performance performance NOUN fuelectenerg-6009 46 5 of of ADP fuelectenerg-6009 46 6 the the DET fuelectenerg-6009 46 7 designed design VERB fuelectenerg-6009 46 8 generators generator NOUN fuelectenerg-6009 46 9 is be AUX fuelectenerg-6009 46 10 verified verify VERB fuelectenerg-6009 46 11 experimentally experimentally ADV fuelectenerg-6009 46 12 . . PUNCT fuelectenerg-6009 47 1 2 2 X fuelectenerg-6009 47 2 . . X fuelectenerg-6009 47 3 different different ADJ fuelectenerg-6009 47 4 topologies topology NOUN fuelectenerg-6009 47 5 of of ADP fuelectenerg-6009 47 6 generator generator NOUN fuelectenerg-6009 47 7 fig fig NOUN fuelectenerg-6009 47 8 . . PUNCT fuelectenerg-6009 47 9 1 1 NUM fuelectenerg-6009 47 10 shows show VERB fuelectenerg-6009 47 11 the the DET fuelectenerg-6009 47 12 proposed propose VERB fuelectenerg-6009 47 13 small small ADJ fuelectenerg-6009 47 14 wind wind NOUN fuelectenerg-6009 47 15 generator generator NOUN fuelectenerg-6009 47 16 topologies topology NOUN fuelectenerg-6009 47 17 which which PRON fuelectenerg-6009 47 18 include include VERB fuelectenerg-6009 47 19 the the DET fuelectenerg-6009 47 20 spoke speak VERB fuelectenerg-6009 47 21 type type NOUN fuelectenerg-6009 47 22 and and CCONJ fuelectenerg-6009 47 23 surface surface NOUN fuelectenerg-6009 47 24 mounted mount VERB fuelectenerg-6009 47 25 pm pm NOUN fuelectenerg-6009 47 26 rotors rotor NOUN fuelectenerg-6009 47 27 with with ADP fuelectenerg-6009 47 28 laminated laminated ADJ fuelectenerg-6009 47 29 stator stator NOUN fuelectenerg-6009 47 30 . . PUNCT fuelectenerg-6009 48 1 these these DET fuelectenerg-6009 48 2 generators generator NOUN fuelectenerg-6009 48 3 are be AUX fuelectenerg-6009 48 4 analysed analyse VERB fuelectenerg-6009 48 5 and and CCONJ fuelectenerg-6009 48 6 the the DET fuelectenerg-6009 48 7 feasibility feasibility NOUN fuelectenerg-6009 48 8 of of ADP fuelectenerg-6009 48 9 substituting substitute VERB fuelectenerg-6009 48 10 nd nd NOUN fuelectenerg-6009 48 11 - - PUNCT fuelectenerg-6009 48 12 fe fe NOUN fuelectenerg-6009 48 13 - - PUNCT fuelectenerg-6009 48 14 b b PROPN fuelectenerg-6009 48 15 pms pm NOUN fuelectenerg-6009 48 16 with with ADP fuelectenerg-6009 48 17 ferrite ferrite ADJ fuelectenerg-6009 48 18 pms pm NOUN fuelectenerg-6009 48 19 in in ADP fuelectenerg-6009 48 20 axial axial ADJ fuelectenerg-6009 48 21 flux flux NOUN fuelectenerg-6009 48 22 type type NOUN fuelectenerg-6009 48 23 generators generator NOUN fuelectenerg-6009 48 24 is be AUX fuelectenerg-6009 48 25 investigated investigate VERB fuelectenerg-6009 48 26 . . PUNCT fuelectenerg-6009 49 1 design design NOUN fuelectenerg-6009 49 2 of of ADP fuelectenerg-6009 49 3 pm pm NOUN fuelectenerg-6009 49 4 generator generator NOUN fuelectenerg-6009 49 5 with with ADP fuelectenerg-6009 49 6 ferrite ferrite NOUN fuelectenerg-6009 49 7 and and CCONJ fuelectenerg-6009 49 8 rare rare ADJ fuelectenerg-6009 49 9 - - PUNCT fuelectenerg-6009 49 10 earth earth NOUN fuelectenerg-6009 49 11 magnets magnet NOUN fuelectenerg-6009 49 12 555 555 NUM fuelectenerg-6009 49 13 ( ( PUNCT fuelectenerg-6009 49 14 a a NOUN fuelectenerg-6009 49 15 ) ) PUNCT fuelectenerg-6009 49 16 ( ( PUNCT fuelectenerg-6009 49 17 b b X fuelectenerg-6009 49 18 ) ) PUNCT fuelectenerg-6009 49 19 fig fig NOUN fuelectenerg-6009 49 20 . . PUNCT fuelectenerg-6009 50 1 1 1 NUM fuelectenerg-6009 50 2 axial axial ADJ fuelectenerg-6009 50 3 flux flux NOUN fuelectenerg-6009 50 4 pm pm NOUN fuelectenerg-6009 50 5 generator generator NOUN fuelectenerg-6009 50 6 topologies topology NOUN fuelectenerg-6009 50 7 ( ( PUNCT fuelectenerg-6009 50 8 a a DET fuelectenerg-6009 50 9 ) ) PUNCT fuelectenerg-6009 50 10 ferrite ferrite NOUN fuelectenerg-6009 50 11 surface surface NOUN fuelectenerg-6009 50 12 mounted mount VERB fuelectenerg-6009 50 13 , , PUNCT fuelectenerg-6009 50 14 ( ( PUNCT fuelectenerg-6009 50 15 b b X fuelectenerg-6009 50 16 ) ) PUNCT fuelectenerg-6009 50 17 spoke speak VERB fuelectenerg-6009 50 18 type type NOUN fuelectenerg-6009 50 19 . . PUNCT fuelectenerg-6009 51 1 fig fig NOUN fuelectenerg-6009 51 2 . . PUNCT fuelectenerg-6009 52 1 2 2 NUM fuelectenerg-6009 52 2 shows show VERB fuelectenerg-6009 52 3 the the DET fuelectenerg-6009 52 4 norton norton PROPN fuelectenerg-6009 52 5 magnetic magnetic ADJ fuelectenerg-6009 52 6 equivalent equivalent ADJ fuelectenerg-6009 52 7 circuits circuit NOUN fuelectenerg-6009 52 8 ( ( PUNCT fuelectenerg-6009 52 9 mecs mecs PROPN fuelectenerg-6009 52 10 ) ) PUNCT fuelectenerg-6009 52 11 of of ADP fuelectenerg-6009 52 12 the the DET fuelectenerg-6009 52 13 both both DET fuelectenerg-6009 52 14 generators generator NOUN fuelectenerg-6009 52 15 and and CCONJ fuelectenerg-6009 52 16 fig fig NOUN fuelectenerg-6009 52 17 . . PUNCT fuelectenerg-6009 53 1 3 3 NUM fuelectenerg-6009 53 2 presents present VERB fuelectenerg-6009 53 3 their their PRON fuelectenerg-6009 53 4 flux flux NOUN fuelectenerg-6009 53 5 paths path NOUN fuelectenerg-6009 53 6 . . PUNCT fuelectenerg-6009 54 1 it it PRON fuelectenerg-6009 54 2 is be AUX fuelectenerg-6009 54 3 clear clear ADJ fuelectenerg-6009 54 4 that that SCONJ fuelectenerg-6009 54 5 two two NUM fuelectenerg-6009 54 6 pms pm NOUN fuelectenerg-6009 54 7 contribute contribute VERB fuelectenerg-6009 54 8 to to ADP fuelectenerg-6009 54 9 the the DET fuelectenerg-6009 54 10 pole pole NOUN fuelectenerg-6009 54 11 flux flux NOUN fuelectenerg-6009 54 12 in in ADP fuelectenerg-6009 54 13 the the DET fuelectenerg-6009 54 14 spoke speak VERB fuelectenerg-6009 54 15 type type NOUN fuelectenerg-6009 54 16 generator generator NOUN fuelectenerg-6009 54 17 , , PUNCT fuelectenerg-6009 54 18 whereas whereas SCONJ fuelectenerg-6009 54 19 four four NUM fuelectenerg-6009 54 20 pms pm NOUN fuelectenerg-6009 54 21 contribute contribute VERB fuelectenerg-6009 54 22 partially partially ADV fuelectenerg-6009 54 23 to to ADP fuelectenerg-6009 54 24 the the DET fuelectenerg-6009 54 25 pole pole NOUN fuelectenerg-6009 54 26 flux flux NOUN fuelectenerg-6009 54 27 in in ADP fuelectenerg-6009 54 28 the the DET fuelectenerg-6009 54 29 surface surface NOUN fuelectenerg-6009 54 30 mounted mount VERB fuelectenerg-6009 54 31 pm pm NOUN fuelectenerg-6009 54 32 machine machine NOUN fuelectenerg-6009 54 33 . . PUNCT fuelectenerg-6009 55 1 performance performance NOUN fuelectenerg-6009 55 2 of of ADP fuelectenerg-6009 55 3 the the DET fuelectenerg-6009 55 4 designed design VERB fuelectenerg-6009 55 5 400 400 NUM fuelectenerg-6009 55 6 w w NOUN fuelectenerg-6009 55 7 , , PUNCT fuelectenerg-6009 55 8 10 10 NUM fuelectenerg-6009 55 9 - - PUNCT fuelectenerg-6009 55 10 pole pole NOUN fuelectenerg-6009 55 11 , , PUNCT fuelectenerg-6009 55 12 12 12 NUM fuelectenerg-6009 55 13 - - PUNCT fuelectenerg-6009 55 14 slot slot NOUN fuelectenerg-6009 55 15 ferrite ferrite NOUN fuelectenerg-6009 55 16 pm pm NOUN fuelectenerg-6009 55 17 generator generator NOUN fuelectenerg-6009 55 18 is be AUX fuelectenerg-6009 55 19 compared compare VERB fuelectenerg-6009 55 20 with with ADP fuelectenerg-6009 55 21 the the DET fuelectenerg-6009 55 22 corresponding correspond VERB fuelectenerg-6009 55 23 surface surface NOUN fuelectenerg-6009 55 24 mounted mount VERB fuelectenerg-6009 55 25 drafpmm drafpmm ADJ fuelectenerg-6009 55 26 having have VERB fuelectenerg-6009 55 27 nd nd NOUN fuelectenerg-6009 55 28 - - PUNCT fuelectenerg-6009 55 29 fe fe NOUN fuelectenerg-6009 55 30 - - PUNCT fuelectenerg-6009 55 31 b b NOUN fuelectenerg-6009 55 32 pms pm NOUN fuelectenerg-6009 55 33 [ [ X fuelectenerg-6009 55 34 11 11 NUM fuelectenerg-6009 55 35 ] ] PUNCT fuelectenerg-6009 55 36 . . PUNCT fuelectenerg-6009 56 1 table table NOUN fuelectenerg-6009 56 2 1 1 NUM fuelectenerg-6009 56 3 gives give VERB fuelectenerg-6009 56 4 the the DET fuelectenerg-6009 56 5 main main ADJ fuelectenerg-6009 56 6 specifications specification NOUN fuelectenerg-6009 56 7 of of ADP fuelectenerg-6009 56 8 the the DET fuelectenerg-6009 56 9 nd nd NOUN fuelectenerg-6009 56 10 - - PUNCT fuelectenerg-6009 56 11 fe fe NOUN fuelectenerg-6009 56 12 - - PUNCT fuelectenerg-6009 56 13 b b NOUN fuelectenerg-6009 56 14 generator generator NOUN fuelectenerg-6009 56 15 . . PUNCT fuelectenerg-6009 57 1 rm rm PROPN fuelectenerg-6009 57 2 4*rr 4*rr NUM fuelectenerg-6009 57 3 4*rg 4*rg NUM fuelectenerg-6009 57 4 2*rs 2*rs NUM fuelectenerg-6009 57 5 ᵠr ᵠr ADP fuelectenerg-6009 57 6 fm fm PROPN fuelectenerg-6009 58 1 + + CCONJ fuelectenerg-6009 58 2 _ _ PUNCT fuelectenerg-6009 58 3 pl pl VERB fuelectenerg-6009 58 4 ᵠm ᵠm ADP fuelectenerg-6009 58 5 ᵠl ᵠl PROPN fuelectenerg-6009 58 6 ½*ᵠg ½*ᵠg PROPN fuelectenerg-6009 58 7 fa fa NOUN fuelectenerg-6009 58 8 rm rm PROPN fuelectenerg-6009 58 9 rr/2 rr/2 PROPN fuelectenerg-6009 59 1 rg rg PROPN fuelectenerg-6009 59 2 rs/2 rs/2 VERB fuelectenerg-6009 59 3 ᵠr ᵠr INTJ fuelectenerg-6009 59 4 fm fm NOUN fuelectenerg-6009 60 1 + + CCONJ fuelectenerg-6009 60 2 _ _ PUNCT fuelectenerg-6009 61 1 pl pl X fuelectenerg-6009 61 2 ᵠm ᵠm INTJ fuelectenerg-6009 61 3 ᵠl ᵠl PROPN fuelectenerg-6009 61 4 ᵠg ᵠg ADP fuelectenerg-6009 61 5 fa fa INTJ fuelectenerg-6009 61 6 ( ( PUNCT fuelectenerg-6009 61 7 a a NOUN fuelectenerg-6009 61 8 ) ) PUNCT fuelectenerg-6009 61 9 ( ( PUNCT fuelectenerg-6009 61 10 b b X fuelectenerg-6009 61 11 ) ) PUNCT fuelectenerg-6009 61 12 fig fig NOUN fuelectenerg-6009 61 13 . . PUNCT fuelectenerg-6009 62 1 2 2 NUM fuelectenerg-6009 62 2 mec mec NOUN fuelectenerg-6009 62 3 of of ADP fuelectenerg-6009 62 4 pm pm NOUN fuelectenerg-6009 62 5 generators generator NOUN fuelectenerg-6009 62 6 ( ( PUNCT fuelectenerg-6009 62 7 a a X fuelectenerg-6009 62 8 ) ) PUNCT fuelectenerg-6009 62 9 surface surface NOUN fuelectenerg-6009 62 10 mounted mount VERB fuelectenerg-6009 62 11 and and CCONJ fuelectenerg-6009 62 12 ( ( PUNCT fuelectenerg-6009 62 13 b b X fuelectenerg-6009 62 14 ) ) PUNCT fuelectenerg-6009 62 15 spoke speak VERB fuelectenerg-6009 62 16 type type NOUN fuelectenerg-6009 62 17 . . PUNCT fuelectenerg-6009 63 1 rr rr NOUN fuelectenerg-6009 63 2 : : PUNCT fuelectenerg-6009 64 1 reluctance reluctance NOUN fuelectenerg-6009 64 2 of of ADP fuelectenerg-6009 64 3 rotor rotor NOUN fuelectenerg-6009 64 4 pole pole NOUN fuelectenerg-6009 64 5 shoe shoe NOUN fuelectenerg-6009 64 6 rg rg NOUN fuelectenerg-6009 64 7 : : PUNCT fuelectenerg-6009 64 8 reluctance reluctance NOUN fuelectenerg-6009 64 9 of of ADP fuelectenerg-6009 64 10 air air NOUN fuelectenerg-6009 64 11 gap gap NOUN fuelectenerg-6009 64 12 rs rs NOUN fuelectenerg-6009 64 13 : : PUNCT fuelectenerg-6009 64 14 reluctance reluctance NOUN fuelectenerg-6009 64 15 of of ADP fuelectenerg-6009 64 16 stator stator NOUN fuelectenerg-6009 64 17 tooth tooth NOUN fuelectenerg-6009 64 18 pl pl NOUN fuelectenerg-6009 64 19 : : PUNCT fuelectenerg-6009 64 20 permeance permeance NOUN fuelectenerg-6009 64 21 of of ADP fuelectenerg-6009 64 22 leakage leakage PROPN fuelectenerg-6009 64 23 flux flux PROPN fuelectenerg-6009 64 24 rm rm PROPN fuelectenerg-6009 64 25 : : PUNCT fuelectenerg-6009 64 26 reluctance reluctance NOUN fuelectenerg-6009 64 27 of of ADP fuelectenerg-6009 64 28 pm pm NOUN fuelectenerg-6009 64 29 fa fa INTJ fuelectenerg-6009 64 30 : : PUNCT fuelectenerg-6009 64 31 armature armature NOUN fuelectenerg-6009 64 32 reaction reaction NOUN fuelectenerg-6009 64 33 fm fm PROPN fuelectenerg-6009 64 34 : : PUNCT fuelectenerg-6009 64 35 total total ADJ fuelectenerg-6009 64 36 mmf mmf NOUN fuelectenerg-6009 64 37 drop drop NOUN fuelectenerg-6009 64 38 cφ cφ PRON fuelectenerg-6009 64 39 : : PUNCT fuelectenerg-6009 64 40 flux flux NOUN fuelectenerg-6009 64 41 focusing focus VERB fuelectenerg-6009 64 42 factor factor NOUN fuelectenerg-6009 64 43 556 556 NUM fuelectenerg-6009 64 44 j. j. PROPN fuelectenerg-6009 64 45 faiz faiz PROPN fuelectenerg-6009 64 46 , , PUNCT fuelectenerg-6009 64 47 t. t. PROPN fuelectenerg-6009 64 48 asefi asefi PROPN fuelectenerg-6009 64 49 , , PUNCT fuelectenerg-6009 64 50 m. m. NOUN fuelectenerg-6009 64 51 a. a. PROPN fuelectenerg-6009 64 52 khan khan PROPN fuelectenerg-6009 64 53 fig fig PROPN fuelectenerg-6009 64 54 . . PUNCT fuelectenerg-6009 65 1 3 3 NUM fuelectenerg-6009 65 2 magnetic magnetic ADJ fuelectenerg-6009 65 3 flux flux NOUN fuelectenerg-6009 65 4 paths path NOUN fuelectenerg-6009 65 5 in in ADP fuelectenerg-6009 65 6 pm pm NOUN fuelectenerg-6009 65 7 generators generator NOUN fuelectenerg-6009 65 8 ( ( PUNCT fuelectenerg-6009 65 9 a a X fuelectenerg-6009 65 10 ) ) PUNCT fuelectenerg-6009 65 11 surface surface NOUN fuelectenerg-6009 65 12 mounted mount VERB fuelectenerg-6009 65 13 and and CCONJ fuelectenerg-6009 65 14 ( ( PUNCT fuelectenerg-6009 65 15 b b X fuelectenerg-6009 65 16 ) ) PUNCT fuelectenerg-6009 65 17 spoke speak VERB fuelectenerg-6009 65 18 type type NOUN fuelectenerg-6009 65 19 table table NOUN fuelectenerg-6009 65 20 1 1 NUM fuelectenerg-6009 65 21 specifications specification NOUN fuelectenerg-6009 65 22 of of ADP fuelectenerg-6009 65 23 proposed propose VERB fuelectenerg-6009 65 24 generator generator NOUN fuelectenerg-6009 65 25 output output NOUN fuelectenerg-6009 65 26 power power NOUN fuelectenerg-6009 65 27 ( ( PUNCT fuelectenerg-6009 65 28 w w NOUN fuelectenerg-6009 65 29 ) ) PUNCT fuelectenerg-6009 65 30 400 400 NUM fuelectenerg-6009 65 31 line line NOUN fuelectenerg-6009 65 32 voltage voltage NOUN fuelectenerg-6009 65 33 ( ( PUNCT fuelectenerg-6009 65 34 v v NOUN fuelectenerg-6009 65 35 ) ) PUNCT fuelectenerg-6009 65 36 24 24 NUM fuelectenerg-6009 65 37 frequency frequency NOUN fuelectenerg-6009 65 38 ( ( PUNCT fuelectenerg-6009 65 39 hz hz PROPN fuelectenerg-6009 65 40 ) ) PUNCT fuelectenerg-6009 65 41 50 50 NUM fuelectenerg-6009 65 42 rated rate VERB fuelectenerg-6009 65 43 speed speed NOUN fuelectenerg-6009 65 44 ( ( PUNCT fuelectenerg-6009 65 45 rpm rpm PROPN fuelectenerg-6009 65 46 ) ) PUNCT fuelectenerg-6009 65 47 600 600 NUM fuelectenerg-6009 65 48 winding wind VERB fuelectenerg-6009 65 49 type type NOUN fuelectenerg-6009 65 50 fractional fractional ADJ fuelectenerg-6009 65 51 slot slot NOUN fuelectenerg-6009 65 52 concentrated concentrated ADJ fuelectenerg-6009 65 53 winding wind VERB fuelectenerg-6009 65 54 ( ( PUNCT fuelectenerg-6009 65 55 fscw fscw NOUN fuelectenerg-6009 65 56 ) ) PUNCT fuelectenerg-6009 65 57 for for ADP fuelectenerg-6009 65 58 both both DET fuelectenerg-6009 65 59 pm pm NOUN fuelectenerg-6009 65 60 arrangements arrangement NOUN fuelectenerg-6009 65 61 , , PUNCT fuelectenerg-6009 65 62 the the DET fuelectenerg-6009 65 63 mec mec PROPN fuelectenerg-6009 65 64 is be AUX fuelectenerg-6009 65 65 solved solve VERB fuelectenerg-6009 65 66 and and CCONJ fuelectenerg-6009 65 67 the the DET fuelectenerg-6009 65 68 pm pm NOUN fuelectenerg-6009 65 69 surface surface NOUN fuelectenerg-6009 65 70 is be AUX fuelectenerg-6009 65 71 estimated estimate VERB fuelectenerg-6009 65 72 to to PART fuelectenerg-6009 65 73 generate generate VERB fuelectenerg-6009 65 74 the the DET fuelectenerg-6009 65 75 required require VERB fuelectenerg-6009 65 76 air air NOUN fuelectenerg-6009 65 77 gap gap NOUN fuelectenerg-6009 65 78 magnetic magnetic PROPN fuelectenerg-6009 65 79 flux flux PROPN fuelectenerg-6009 65 80 bg bg PROPN fuelectenerg-6009 65 81 , , PUNCT fuelectenerg-6009 65 82 for for ADP fuelectenerg-6009 65 83 no no DET fuelectenerg-6009 65 84 - - PUNCT fuelectenerg-6009 65 85 load load NOUN fuelectenerg-6009 65 86 spoke speak VERB fuelectenerg-6009 65 87 type type NOUN fuelectenerg-6009 65 88 machine machine NOUN fuelectenerg-6009 65 89 ( ( PUNCT fuelectenerg-6009 65 90 fa=0 fa=0 NOUN fuelectenerg-6009 65 91 ) ) PUNCT fuelectenerg-6009 65 92 . . PUNCT fuelectenerg-6009 66 1 the the DET fuelectenerg-6009 66 2 coefficient coefficient NOUN fuelectenerg-6009 66 3 flkg flkg PROPN fuelectenerg-6009 66 4 as as SCONJ fuelectenerg-6009 66 5 the the DET fuelectenerg-6009 66 6 ratio ratio NOUN fuelectenerg-6009 66 7 of of ADP fuelectenerg-6009 66 8 the the DET fuelectenerg-6009 66 9 air air NOUN fuelectenerg-6009 66 10 gap gap NOUN fuelectenerg-6009 66 11 flux flux NOUN fuelectenerg-6009 66 12 and and CCONJ fuelectenerg-6009 66 13 magnet magnet PROPN fuelectenerg-6009 66 14 flux flux PROPN fuelectenerg-6009 66 15 leakage leakage NOUN fuelectenerg-6009 66 16 is be AUX fuelectenerg-6009 66 17 defined define VERB fuelectenerg-6009 66 18 in in ADP fuelectenerg-6009 66 19 [ [ X fuelectenerg-6009 66 20 12 12 NUM fuelectenerg-6009 66 21 ] ] PUNCT fuelectenerg-6009 66 22 . . PUNCT fuelectenerg-6009 67 1 referring refer VERB fuelectenerg-6009 67 2 to to ADP fuelectenerg-6009 67 3 fig fig NOUN fuelectenerg-6009 67 4 . . PUNCT fuelectenerg-6009 68 1 2b 2b NOUN fuelectenerg-6009 68 2 , , PUNCT fuelectenerg-6009 68 3 as as ADP fuelectenerg-6009 68 4 the the DET fuelectenerg-6009 68 5 mec mec PROPN fuelectenerg-6009 68 6 of of ADP fuelectenerg-6009 68 7 the the DET fuelectenerg-6009 68 8 spoke speak VERB fuelectenerg-6009 68 9 type type NOUN fuelectenerg-6009 68 10 machines machine NOUN fuelectenerg-6009 68 11 , , PUNCT fuelectenerg-6009 68 12 flkg flkg PROPN fuelectenerg-6009 68 13 is be AUX fuelectenerg-6009 68 14 determined determine VERB fuelectenerg-6009 68 15 as as SCONJ fuelectenerg-6009 68 16 follows follow VERB fuelectenerg-6009 68 17 : : PUNCT fuelectenerg-6009 68 18 0.5 0.5 NUM fuelectenerg-6009 68 19 / / SYM fuelectenerg-6009 68 20 0.5 0.5 NUM fuelectenerg-6009 68 21 /(0.5 /(0.5 X fuelectenerg-6009 68 22 ) ) PUNCT fuelectenerg-6009 68 23 lgk lgk PROPN fuelectenerg-6009 68 24 g g PROPN fuelectenerg-6009 68 25 m m PROPN fuelectenerg-6009 68 26 g g NOUN fuelectenerg-6009 68 27 g g NOUN fuelectenerg-6009 68 28 lf lf NOUN fuelectenerg-6009 68 29 = = PUNCT fuelectenerg-6009 68 30   PUNCT fuelectenerg-6009 69 1   PROPN fuelectenerg-6009 69 2 = = X fuelectenerg-6009 69 3   X fuelectenerg-6009 69 4   PUNCT fuelectenerg-6009 70 1 + + CCONJ fuelectenerg-6009 70 2   ADJ fuelectenerg-6009 70 3 ( ( PUNCT fuelectenerg-6009 70 4 1 1 NUM fuelectenerg-6009 70 5 ) ) PUNCT fuelectenerg-6009 70 6 fig fig NOUN fuelectenerg-6009 70 7 . . PUNCT fuelectenerg-6009 71 1 3 3 NUM fuelectenerg-6009 71 2 presents present VERB fuelectenerg-6009 71 3 the the DET fuelectenerg-6009 71 4 flux flux NOUN fuelectenerg-6009 71 5 paths path NOUN fuelectenerg-6009 71 6 in in ADP fuelectenerg-6009 71 7 the the DET fuelectenerg-6009 71 8 both both DET fuelectenerg-6009 71 9 machines machine NOUN fuelectenerg-6009 71 10 . . PUNCT fuelectenerg-6009 72 1 generally generally ADV fuelectenerg-6009 72 2 , , PUNCT fuelectenerg-6009 72 3 the the DET fuelectenerg-6009 72 4 leakage leakage NOUN fuelectenerg-6009 72 5 coefficient coefficient NOUN fuelectenerg-6009 72 6 is be AUX fuelectenerg-6009 72 7 less less ADJ fuelectenerg-6009 72 8 than than ADP fuelectenerg-6009 72 9 1 1 NUM fuelectenerg-6009 72 10 and and CCONJ fuelectenerg-6009 72 11 it it PRON fuelectenerg-6009 72 12 depends depend VERB fuelectenerg-6009 72 13 on on ADP fuelectenerg-6009 72 14 the the DET fuelectenerg-6009 72 15 configuration configuration NOUN fuelectenerg-6009 72 16 of of ADP fuelectenerg-6009 72 17 the the DET fuelectenerg-6009 72 18 machine machine NOUN fuelectenerg-6009 72 19 . . PUNCT fuelectenerg-6009 73 1 the the DET fuelectenerg-6009 73 2 fem fem NOUN fuelectenerg-6009 73 3 is be AUX fuelectenerg-6009 73 4 applied apply VERB fuelectenerg-6009 73 5 to to PART fuelectenerg-6009 73 6 evaluate evaluate VERB fuelectenerg-6009 73 7 this this DET fuelectenerg-6009 73 8 coefficient coefficient NOUN fuelectenerg-6009 73 9 in in ADP fuelectenerg-6009 73 10 the the DET fuelectenerg-6009 73 11 axial axial ADJ fuelectenerg-6009 73 12 flux flux NOUN fuelectenerg-6009 73 13 generators generator NOUN fuelectenerg-6009 73 14 design design PROPN fuelectenerg-6009 73 15 . . PUNCT fuelectenerg-6009 74 1 fig fig NOUN fuelectenerg-6009 74 2 . . PUNCT fuelectenerg-6009 75 1 2b 2b NOUN fuelectenerg-6009 75 2 shows show VERB fuelectenerg-6009 75 3 clearly clearly ADV fuelectenerg-6009 75 4 that that SCONJ fuelectenerg-6009 75 5 a a DET fuelectenerg-6009 75 6 fraction fraction NOUN fuelectenerg-6009 75 7 of of ADP fuelectenerg-6009 75 8 total total ADJ fuelectenerg-6009 75 9 remnant remnant ADJ fuelectenerg-6009 75 10 magnetic magnetic PROPN fuelectenerg-6009 75 11 flux flux NOUN fuelectenerg-6009 75 12 k k NOUN fuelectenerg-6009 75 13 : : PUNCT fuelectenerg-6009 75 14 k k X fuelectenerg-6009 75 15 = = PUNCT fuelectenerg-6009 75 16 0.25pg 0.25pg NUM fuelectenerg-6009 75 17 / / SYM fuelectenerg-6009 75 18 ( ( PUNCT fuelectenerg-6009 75 19 0.25pg 0.25pg NOUN fuelectenerg-6009 75 20 + + CCONJ fuelectenerg-6009 75 21 pm pm NOUN fuelectenerg-6009 75 22 + + CCONJ fuelectenerg-6009 75 23 pl pl NOUN fuelectenerg-6009 75 24 ) ) PUNCT fuelectenerg-6009 75 25 ( ( PUNCT fuelectenerg-6009 75 26 2 2 X fuelectenerg-6009 75 27 ) ) PUNCT fuelectenerg-6009 75 28 crosses cross VERB fuelectenerg-6009 75 29 the the DET fuelectenerg-6009 75 30 air air NOUN fuelectenerg-6009 75 31 gap gap NOUN fuelectenerg-6009 75 32 , , PUNCT fuelectenerg-6009 75 33 where where SCONJ fuelectenerg-6009 75 34 pg=1 pg=1 VERB fuelectenerg-6009 75 35 / / SYM fuelectenerg-6009 75 36 rg rg NOUN fuelectenerg-6009 75 37 . . PUNCT fuelectenerg-6009 76 1 therefore therefore ADV fuelectenerg-6009 76 2 , , PUNCT fuelectenerg-6009 76 3 the the DET fuelectenerg-6009 76 4 air air NOUN fuelectenerg-6009 76 5 gap gap NOUN fuelectenerg-6009 76 6 magnetic magnetic ADJ fuelectenerg-6009 76 7 flux flux NOUN fuelectenerg-6009 76 8 is be AUX fuelectenerg-6009 76 9 estimated estimate VERB fuelectenerg-6009 76 10 as as SCONJ fuelectenerg-6009 76 11 follows follow VERB fuelectenerg-6009 76 12 : : PUNCT fuelectenerg-6009 76 13 0.25 0.25 NUM fuelectenerg-6009 76 14 / / SYM fuelectenerg-6009 76 15 2 2 NUM fuelectenerg-6009 76 16 ( ( PUNCT fuelectenerg-6009 76 17 0.25 0.25 NUM fuelectenerg-6009 76 18 ) ) PUNCT fuelectenerg-6009 77 1 g g NOUN fuelectenerg-6009 77 2 g g PROPN fuelectenerg-6009 77 3 r r NOUN fuelectenerg-6009 77 4 g g NOUN fuelectenerg-6009 77 5 m m NOUN fuelectenerg-6009 77 6 l l NOUN fuelectenerg-6009 77 7 p p NOUN fuelectenerg-6009 78 1 p p X fuelectenerg-6009 78 2 p p X fuelectenerg-6009 78 3 p p NOUN fuelectenerg-6009 78 4   PROPN fuelectenerg-6009 78 5 = = SYM fuelectenerg-6009 78 6   PROPN fuelectenerg-6009 78 7 + + PUNCT fuelectenerg-6009 79 1 + + CCONJ fuelectenerg-6009 79 2 ( ( PUNCT fuelectenerg-6009 79 3 3 3 X fuelectenerg-6009 79 4 ) ) PUNCT fuelectenerg-6009 79 5 the the DET fuelectenerg-6009 79 6 numerator numerator NOUN fuelectenerg-6009 79 7 and and CCONJ fuelectenerg-6009 79 8 denominator denominator NOUN fuelectenerg-6009 79 9 of of ADP fuelectenerg-6009 79 10 ( ( PUNCT fuelectenerg-6009 79 11 3 3 NUM fuelectenerg-6009 79 12 ) ) PUNCT fuelectenerg-6009 79 13 is be AUX fuelectenerg-6009 79 14 multiplied multiply VERB fuelectenerg-6009 79 15 by by ADP fuelectenerg-6009 79 16 the the DET fuelectenerg-6009 79 17 following follow VERB fuelectenerg-6009 79 18 magneto magneto ADJ fuelectenerg-6009 79 19 - - PUNCT fuelectenerg-6009 79 20 motive motive ADJ fuelectenerg-6009 79 21 force force NOUN fuelectenerg-6009 79 22 ( ( PUNCT fuelectenerg-6009 79 23 mmf mmf NOUN fuelectenerg-6009 79 24 ) ) PUNCT fuelectenerg-6009 79 25 drop drop NOUN fuelectenerg-6009 79 26 : : PUNCT fuelectenerg-6009 79 27 mmf mmf NOUN fuelectenerg-6009 79 28 = = SYM fuelectenerg-6009 79 29 fm fm PROPN fuelectenerg-6009 79 30 ( ( PUNCT fuelectenerg-6009 79 31 2*fg 2*fg NUM fuelectenerg-6009 79 32 + + CCONJ fuelectenerg-6009 79 33 fs+2*fr fs+2*fr NOUN fuelectenerg-6009 79 34 ) ) PUNCT fuelectenerg-6009 79 35 , , PUNCT fuelectenerg-6009 79 36 ( ( PUNCT fuelectenerg-6009 79 37 4 4 NUM fuelectenerg-6009 79 38 ) ) PUNCT fuelectenerg-6009 79 39 and and CCONJ fuelectenerg-6009 79 40 the the DET fuelectenerg-6009 79 41 flux flux NOUN fuelectenerg-6009 79 42 is be AUX fuelectenerg-6009 79 43 determined determine VERB fuelectenerg-6009 79 44 as as SCONJ fuelectenerg-6009 79 45 follows follow VERB fuelectenerg-6009 79 46 : : PUNCT fuelectenerg-6009 79 47 design design NOUN fuelectenerg-6009 79 48 of of ADP fuelectenerg-6009 79 49 pm pm NOUN fuelectenerg-6009 79 50 generator generator NOUN fuelectenerg-6009 79 51 with with ADP fuelectenerg-6009 79 52 ferrite ferrite NOUN fuelectenerg-6009 79 53 and and CCONJ fuelectenerg-6009 79 54 rare rare ADJ fuelectenerg-6009 79 55 - - PUNCT fuelectenerg-6009 79 56 earth earth NOUN fuelectenerg-6009 79 57 magnets magnet NOUN fuelectenerg-6009 79 58 557 557 NUM fuelectenerg-6009 79 59 0.5 0.5 NUM fuelectenerg-6009 79 60 / / SYM fuelectenerg-6009 79 61 2 2 NUM fuelectenerg-6009 79 62 ( ( PUNCT fuelectenerg-6009 79 63 0.5 0.5 NUM fuelectenerg-6009 79 64 ) ) PUNCT fuelectenerg-6009 79 65 g g NOUN fuelectenerg-6009 79 66 g g PROPN fuelectenerg-6009 79 67 r r NOUN fuelectenerg-6009 79 68 g g NOUN fuelectenerg-6009 79 69 m m NOUN fuelectenerg-6009 79 70 l l NOUN fuelectenerg-6009 79 71   PUNCT fuelectenerg-6009 80 1   ADJ fuelectenerg-6009 80 2 = = SYM fuelectenerg-6009 80 3   PROPN fuelectenerg-6009 80 4   PUNCT fuelectenerg-6009 81 1 + + CCONJ fuelectenerg-6009 81 2   PROPN fuelectenerg-6009 81 3 + + CCONJ fuelectenerg-6009 81 4   ADJ fuelectenerg-6009 81 5 ( ( PUNCT fuelectenerg-6009 81 6 5 5 NUM fuelectenerg-6009 81 7 ) ) PUNCT fuelectenerg-6009 81 8 0.5 0.5 NUM fuelectenerg-6009 81 9 /(0.5 /(0.5 NOUN fuelectenerg-6009 81 10 ) ) PUNCT fuelectenerg-6009 81 11 2 2 NUM fuelectenerg-6009 81 12 ( ( PUNCT fuelectenerg-6009 81 13 0.5 0.5 NUM fuelectenerg-6009 81 14 ) ) PUNCT fuelectenerg-6009 81 15 /(0.5 /(0.5 PUNCT fuelectenerg-6009 81 16 ) ) PUNCT fuelectenerg-6009 81 17 1 1 NUM fuelectenerg-6009 81 18 0.5 0.5 NUM fuelectenerg-6009 81 19 g g NOUN fuelectenerg-6009 81 20 g g PROPN fuelectenerg-6009 81 21 g g PROPN fuelectenerg-6009 81 22 l l NOUN fuelectenerg-6009 81 23 lgk lgk NOUN fuelectenerg-6009 81 24 r r NOUN fuelectenerg-6009 81 25 r r NOUN fuelectenerg-6009 81 26 mg mg NOUN fuelectenerg-6009 81 27 m m VERB fuelectenerg-6009 81 28 l l NOUN fuelectenerg-6009 81 29 g g PROPN fuelectenerg-6009 81 30 l l PROPN fuelectenerg-6009 81 31 lgk lgk PROPN fuelectenerg-6009 81 32 g g PROPN fuelectenerg-6009 81 33 f f PROPN fuelectenerg-6009 81 34 f f PROPN fuelectenerg-6009 81 35   PROPN fuelectenerg-6009 81 36   PROPN fuelectenerg-6009 81 37   PROPN fuelectenerg-6009 81 38   NOUN fuelectenerg-6009 81 39   PROPN fuelectenerg-6009 81 40 + + CCONJ fuelectenerg-6009 81 41   PROPN fuelectenerg-6009 81 42 = = SYM fuelectenerg-6009 81 43   NOUN fuelectenerg-6009 81 44   PROPN fuelectenerg-6009 81 45 = = SYM fuelectenerg-6009 81 46   NOUN fuelectenerg-6009 81 47   PROPN fuelectenerg-6009 81 48   NOUN fuelectenerg-6009 81 49   PROPN fuelectenerg-6009 81 50 + + CCONJ fuelectenerg-6009 81 51   ADJ fuelectenerg-6009 81 52 + + CCONJ fuelectenerg-6009 81 53   ADJ fuelectenerg-6009 81 54   NOUN fuelectenerg-6009 81 55   PROPN fuelectenerg-6009 81 56 + + CCONJ fuelectenerg-6009 81 57   PROPN fuelectenerg-6009 81 58 + + CCONJ fuelectenerg-6009 81 59   PROPN fuelectenerg-6009 81 60   PROPN fuelectenerg-6009 81 61   PROPN fuelectenerg-6009 81 62 ( ( PUNCT fuelectenerg-6009 81 63 6 6 NUM fuelectenerg-6009 81 64 ) ) PUNCT fuelectenerg-6009 81 65 g g NOUN fuelectenerg-6009 81 66 r r NOUN fuelectenerg-6009 81 67 m m PROPN fuelectenerg-6009 81 68 g g PROPN fuelectenerg-6009 81 69 φ φ PROPN fuelectenerg-6009 81 70 φ φ PROPN fuelectenerg-6009 81 71       SPACE fuelectenerg-6009 81 72 φ φ PROPN fuelectenerg-6009 81 73 fm2 fm2 PROPN fuelectenerg-6009 81 74 1 1 NUM fuelectenerg-6009 81 75 0.5×φ 0.5×φ PROPN fuelectenerg-6009 81 76 fm fm NOUN fuelectenerg-6009 81 77 lkg lkg NOUN fuelectenerg-6009 82 1 lkg lkg INTJ fuelectenerg-6009 83 1 f f PROPN fuelectenerg-6009 83 2 f f PROPN fuelectenerg-6009 83 3 = = PUNCT fuelectenerg-6009 83 4   PROPN fuelectenerg-6009 84 1 + + CCONJ fuelectenerg-6009 84 2   PROPN fuelectenerg-6009 84 3   PROPN fuelectenerg-6009 84 4 ( ( PUNCT fuelectenerg-6009 84 5 7 7 NUM fuelectenerg-6009 84 6 ) ) PUNCT fuelectenerg-6009 84 7 g g PROPN fuelectenerg-6009 84 8 fm fm PROPN fuelectenerg-6009 84 9 & & CCONJ fuelectenerg-6009 84 10       SPACE fuelectenerg-6009 84 11 4 4 NUM fuelectenerg-6009 84 12 0.5 0.5 NUM fuelectenerg-6009 84 13 φ φ NUM fuelectenerg-6009 84 14 gr= gr= PROPN fuelectenerg-6009 85 1   NOUN fuelectenerg-6009 85 2   PROPN fuelectenerg-6009 85 3 now now ADV fuelectenerg-6009 85 4 by by ADP fuelectenerg-6009 85 5 dividing divide VERB fuelectenerg-6009 85 6 the the DET fuelectenerg-6009 85 7 numerator numerator NOUN fuelectenerg-6009 85 8 and and CCONJ fuelectenerg-6009 85 9 denominator denominator NOUN fuelectenerg-6009 85 10 of of ADP fuelectenerg-6009 85 11 ( ( PUNCT fuelectenerg-6009 85 12 3 3 NUM fuelectenerg-6009 85 13 ) ) PUNCT fuelectenerg-6009 85 14 to to ADP fuelectenerg-6009 85 15 ( ( PUNCT fuelectenerg-6009 85 16 0.5φg+φl 0.5φg+φl NUM fuelectenerg-6009 85 17 ) ) PUNCT fuelectenerg-6009 85 18 and and CCONJ fuelectenerg-6009 85 19 simplifying simplify VERB fuelectenerg-6009 85 20 the the DET fuelectenerg-6009 85 21 resultant resultant NOUN fuelectenerg-6009 85 22 formula formula NOUN fuelectenerg-6009 85 23 , , PUNCT fuelectenerg-6009 85 24 the the DET fuelectenerg-6009 85 25 flux flux NOUN fuelectenerg-6009 85 26 is be AUX fuelectenerg-6009 85 27 obtained obtain VERB fuelectenerg-6009 85 28 as as SCONJ fuelectenerg-6009 85 29 follows follow VERB fuelectenerg-6009 85 30 : : PUNCT fuelectenerg-6009 85 31 fm fm PROPN fuelectenerg-6009 85 32 m m PROPN fuelectenerg-6009 86 1 mp mp PROPN fuelectenerg-6009 86 2   PROPN fuelectenerg-6009 86 3 = = SYM fuelectenerg-6009 86 4 ( ( PUNCT fuelectenerg-6009 86 5 8) 8) NUM fuelectenerg-6009 86 6 so so ADV fuelectenerg-6009 86 7 : : PUNCT fuelectenerg-6009 86 8 g g NOUN fuelectenerg-6009 86 9 rφ rφ NOUN fuelectenerg-6009 86 10 / / SYM fuelectenerg-6009 86 11 2 2 NUM fuelectenerg-6009 86 12 φ φ NUM fuelectenerg-6009 86 13 1 1 NUM fuelectenerg-6009 86 14 4 4 NUM fuelectenerg-6009 86 15 lkg lkg NOUN fuelectenerg-6009 87 1 lkg lkg NOUN fuelectenerg-6009 87 2 m m PROPN fuelectenerg-6009 87 3 g g PROPN fuelectenerg-6009 88 1 f f PROPN fuelectenerg-6009 88 2 f f PROPN fuelectenerg-6009 88 3 p p X fuelectenerg-6009 88 4 r r NOUN fuelectenerg-6009 88 5 = = PUNCT fuelectenerg-6009 88 6   NOUN fuelectenerg-6009 89 1 + + CCONJ fuelectenerg-6009 89 2   PROPN fuelectenerg-6009 89 3   PROPN fuelectenerg-6009 89 4   PROPN fuelectenerg-6009 89 5 ( ( PUNCT fuelectenerg-6009 89 6 9 9 NUM fuelectenerg-6009 89 7 ) ) PUNCT fuelectenerg-6009 89 8 as as ADP fuelectenerg-6009 89 9 a a DET fuelectenerg-6009 89 10 result result NOUN fuelectenerg-6009 89 11 , , PUNCT fuelectenerg-6009 89 12 the the DET fuelectenerg-6009 89 13 pm pm NOUN fuelectenerg-6009 89 14 surface surface NOUN fuelectenerg-6009 89 15 area area NOUN fuelectenerg-6009 89 16 for for ADP fuelectenerg-6009 89 17 generating generate VERB fuelectenerg-6009 89 18 magnetic magnetic ADJ fuelectenerg-6009 89 19 flux flux NOUN fuelectenerg-6009 89 20 φg φg VERB fuelectenerg-6009 89 21 in in ADP fuelectenerg-6009 89 22 the the DET fuelectenerg-6009 89 23 air air NOUN fuelectenerg-6009 89 24 gap gap NOUN fuelectenerg-6009 89 25 is be AUX fuelectenerg-6009 89 26 estimated estimate VERB fuelectenerg-6009 89 27 by by ADP fuelectenerg-6009 89 28 substituting substitute VERB fuelectenerg-6009 89 29 φr φr ADP fuelectenerg-6009 89 30 = = NOUN fuelectenerg-6009 89 31 bram bram NOUN fuelectenerg-6009 89 32 and and CCONJ fuelectenerg-6009 89 33 φg φg VERB fuelectenerg-6009 89 34 = = NOUN fuelectenerg-6009 89 35 bgag bgag NOUN fuelectenerg-6009 89 36 in in ADP fuelectenerg-6009 89 37 ( ( PUNCT fuelectenerg-6009 89 38 9 9 NUM fuelectenerg-6009 89 39 ) ) PUNCT fuelectenerg-6009 89 40 as as SCONJ fuelectenerg-6009 89 41 follows follow VERB fuelectenerg-6009 89 42 : : PUNCT fuelectenerg-6009 89 43 ' ' PUNCT fuelectenerg-6009 89 44 4μ2 4μ2 NUM fuelectenerg-6009 89 45 g g PROPN fuelectenerg-6009 89 46 m m PROPN fuelectenerg-6009 89 47 rec rec X fuelectenerg-6009 89 48 lkg lkg NOUN fuelectenerg-6009 89 49 g g NOUN fuelectenerg-6009 89 50 glkg glkg ADJ fuelectenerg-6009 89 51 r r NOUN fuelectenerg-6009 89 52 g g PROPN fuelectenerg-6009 89 53 g g PROPN fuelectenerg-6009 89 54 m m PROPN fuelectenerg-6009 89 55 b b PROPN fuelectenerg-6009 89 56 a a DET fuelectenerg-6009 89 57 f f NOUN fuelectenerg-6009 89 58 l l NOUN fuelectenerg-6009 89 59 bf bf NOUN fuelectenerg-6009 89 60 b b PROPN fuelectenerg-6009 89 61 a a DET fuelectenerg-6009 89 62 a a DET fuelectenerg-6009 89 63 l l NOUN fuelectenerg-6009 89 64 = = NOUN fuelectenerg-6009 90 1   NOUN fuelectenerg-6009 90 2   PROPN fuelectenerg-6009 90 3 − − PROPN fuelectenerg-6009 90 4   NOUN fuelectenerg-6009 90 5   CCONJ fuelectenerg-6009 91 1   ADJ fuelectenerg-6009 91 2   NOUN fuelectenerg-6009 91 3 ( ( PUNCT fuelectenerg-6009 91 4 10 10 NUM fuelectenerg-6009 91 5 ) ) PUNCT fuelectenerg-6009 91 6 where where SCONJ fuelectenerg-6009 91 7 l՜g l՜g VERB fuelectenerg-6009 91 8 = = NOUN fuelectenerg-6009 91 9 kclg kclg NOUN fuelectenerg-6009 91 10 , , PUNCT fuelectenerg-6009 91 11 lm lm X fuelectenerg-6009 91 12 is be AUX fuelectenerg-6009 91 13 the the DET fuelectenerg-6009 91 14 magnet magnet NOUN fuelectenerg-6009 91 15 thickness thickness NOUN fuelectenerg-6009 91 16 and and CCONJ fuelectenerg-6009 91 17 kc kc PROPN fuelectenerg-6009 91 18 is be AUX fuelectenerg-6009 91 19 the the DET fuelectenerg-6009 91 20 carter carter NOUN fuelectenerg-6009 91 21 ’s ’s PART fuelectenerg-6009 91 22 coefficient coefficient NOUN fuelectenerg-6009 91 23 . . PUNCT fuelectenerg-6009 92 1 the the DET fuelectenerg-6009 92 2 same same ADJ fuelectenerg-6009 92 3 procedure procedure NOUN fuelectenerg-6009 92 4 is be AUX fuelectenerg-6009 92 5 applied apply VERB fuelectenerg-6009 92 6 to to ADP fuelectenerg-6009 92 7 the the DET fuelectenerg-6009 92 8 surface surface NOUN fuelectenerg-6009 92 9 mounted mount VERB fuelectenerg-6009 92 10 generator generator NOUN fuelectenerg-6009 92 11 and and CCONJ fuelectenerg-6009 92 12 am be AUX fuelectenerg-6009 92 13 is be AUX fuelectenerg-6009 92 14 obtained obtain VERB fuelectenerg-6009 92 15 as as SCONJ fuelectenerg-6009 92 16 follows follow VERB fuelectenerg-6009 92 17 : : PUNCT fuelectenerg-6009 92 18 0 0 NUM fuelectenerg-6009 92 19 0.05 0.05 NUM fuelectenerg-6009 92 20 0.1 0.1 NUM fuelectenerg-6009 92 21 0.15 0.15 NUM fuelectenerg-6009 92 22 0.2 0.2 NUM fuelectenerg-6009 92 23 0.25 0.25 NUM fuelectenerg-6009 92 24 0 0 NUM fuelectenerg-6009 92 25 50 50 NUM fuelectenerg-6009 92 26 100 100 NUM fuelectenerg-6009 92 27 air air NOUN fuelectenerg-6009 92 28 gap gap NOUN fuelectenerg-6009 92 29 flux flux NOUN fuelectenerg-6009 92 30 density density PROPN fuelectenerg-6009 92 31 ( ( PUNCT fuelectenerg-6009 92 32 t t PROPN fuelectenerg-6009 92 33 ) ) PUNCT fuelectenerg-6009 92 34 m m VERB fuelectenerg-6009 92 35 a a DET fuelectenerg-6009 92 36 g g NOUN fuelectenerg-6009 92 37 n n ADP fuelectenerg-6009 92 38 e e PROPN fuelectenerg-6009 92 39 t t PROPN fuelectenerg-6009 92 40 t t PROPN fuelectenerg-6009 93 1 h h NOUN fuelectenerg-6009 93 2 ic ic PROPN fuelectenerg-6009 93 3 k k PROPN fuelectenerg-6009 93 4 n n PROPN fuelectenerg-6009 94 1 e e X fuelectenerg-6009 94 2 s s PROPN fuelectenerg-6009 94 3 s s X fuelectenerg-6009 94 4 ( ( PUNCT fuelectenerg-6009 94 5 m m PROPN fuelectenerg-6009 94 6 m m VERB fuelectenerg-6009 94 7 ) ) PUNCT fuelectenerg-6009 94 8 fig fig NOUN fuelectenerg-6009 94 9 . . PUNCT fuelectenerg-6009 95 1 4 4 NUM fuelectenerg-6009 95 2 variations variation NOUN fuelectenerg-6009 95 3 of of ADP fuelectenerg-6009 95 4 air air NOUN fuelectenerg-6009 95 5 gap gap NOUN fuelectenerg-6009 95 6 magnetic magnetic PROPN fuelectenerg-6009 95 7 flux flux PROPN fuelectenerg-6009 95 8 density density PROPN fuelectenerg-6009 95 9 versos versos PROPN fuelectenerg-6009 95 10 pm pm PROPN fuelectenerg-6009 95 11 thickness thickness NOUN fuelectenerg-6009 95 12 ' ' PROPN fuelectenerg-6009 95 13 μ μ NOUN fuelectenerg-6009 95 14 g g PROPN fuelectenerg-6009 95 15 m m PROPN fuelectenerg-6009 95 16 rec rec X fuelectenerg-6009 95 17 lkg lkg NOUN fuelectenerg-6009 95 18 g g NOUN fuelectenerg-6009 95 19 glkg glkg ADJ fuelectenerg-6009 95 20 r r NOUN fuelectenerg-6009 95 21 g g PROPN fuelectenerg-6009 95 22 g g PROPN fuelectenerg-6009 95 23 m m PROPN fuelectenerg-6009 95 24 b b PROPN fuelectenerg-6009 95 25 a a DET fuelectenerg-6009 95 26 f f NOUN fuelectenerg-6009 95 27 l l NOUN fuelectenerg-6009 95 28 bf bf NOUN fuelectenerg-6009 95 29 b b PROPN fuelectenerg-6009 95 30 a a DET fuelectenerg-6009 95 31 a a DET fuelectenerg-6009 95 32 l l NOUN fuelectenerg-6009 95 33 = = NOUN fuelectenerg-6009 95 34   NOUN fuelectenerg-6009 95 35   PROPN fuelectenerg-6009 95 36 − − PROPN fuelectenerg-6009 95 37   NOUN fuelectenerg-6009 95 38   CCONJ fuelectenerg-6009 95 39   ADJ fuelectenerg-6009 95 40   NOUN fuelectenerg-6009 95 41 ( ( PUNCT fuelectenerg-6009 95 42 11 11 NUM fuelectenerg-6009 95 43 ) ) PUNCT fuelectenerg-6009 95 44 558 558 NUM fuelectenerg-6009 95 45 j. j. PROPN fuelectenerg-6009 95 46 faiz faiz PROPN fuelectenerg-6009 95 47 , , PUNCT fuelectenerg-6009 95 48 t. t. PROPN fuelectenerg-6009 95 49 asefi asefi PROPN fuelectenerg-6009 95 50 , , PUNCT fuelectenerg-6009 95 51 m. m. NOUN fuelectenerg-6009 95 52 a. a. NOUN fuelectenerg-6009 95 53 khan khan PROPN fuelectenerg-6009 95 54 as as SCONJ fuelectenerg-6009 95 55 shown show VERB fuelectenerg-6009 95 56 in in ADP fuelectenerg-6009 95 57 fig fig NOUN fuelectenerg-6009 95 58 4 4 NUM fuelectenerg-6009 95 59 , , PUNCT fuelectenerg-6009 95 60 lm lm INTJ fuelectenerg-6009 95 61 for for ADP fuelectenerg-6009 95 62 surface surface NOUN fuelectenerg-6009 95 63 mounted mount VERB fuelectenerg-6009 95 64 ferrite ferrite NOUN fuelectenerg-6009 95 65 generator generator NOUN fuelectenerg-6009 95 66 is be AUX fuelectenerg-6009 95 67 calculated calculate VERB fuelectenerg-6009 95 68 as as SCONJ fuelectenerg-6009 95 69 follows follow VERB fuelectenerg-6009 95 70 : : PUNCT fuelectenerg-6009 95 71 r r NOUN fuelectenerg-6009 95 72 φμ φμ PROPN fuelectenerg-6009 95 73 . . PUNCT fuelectenerg-6009 96 1 / / PUNCT fuelectenerg-6009 96 2 ( ( PUNCT fuelectenerg-6009 96 3 / / SYM fuelectenerg-6009 96 4 1/ 1/ NUM fuelectenerg-6009 96 5 ( ( PUNCT fuelectenerg-6009 96 6 . . PUNCT fuelectenerg-6009 96 7 ) ) PUNCT fuelectenerg-6009 96 8 ) ) PUNCT fuelectenerg-6009 97 1 m m VERB fuelectenerg-6009 97 2 g g NOUN fuelectenerg-6009 97 3 r r NOUN fuelectenerg-6009 97 4 g g NOUN fuelectenerg-6009 97 5 lkgl lkgl NOUN fuelectenerg-6009 97 6 l l PROPN fuelectenerg-6009 97 7 b b PROPN fuelectenerg-6009 97 8 b b PROPN fuelectenerg-6009 97 9 c c PROPN fuelectenerg-6009 97 10 f= f= ADV fuelectenerg-6009 97 11 − − PROPN fuelectenerg-6009 98 1 ( ( PUNCT fuelectenerg-6009 98 2 12 12 NUM fuelectenerg-6009 98 3 ) ) PUNCT fuelectenerg-6009 98 4 which which PRON fuelectenerg-6009 98 5 indicates indicate VERB fuelectenerg-6009 98 6 that that SCONJ fuelectenerg-6009 98 7 lm lm PROPN fuelectenerg-6009 98 8 depends depend VERB fuelectenerg-6009 98 9 on on ADP fuelectenerg-6009 98 10 the the DET fuelectenerg-6009 98 11 air air NOUN fuelectenerg-6009 98 12 gap gap NOUN fuelectenerg-6009 98 13 magnetic magnetic PROPN fuelectenerg-6009 98 14 flux flux PROPN fuelectenerg-6009 98 15 density density PROPN fuelectenerg-6009 98 16 bg bg PROPN fuelectenerg-6009 98 17 . . PUNCT fuelectenerg-6009 99 1 to to PART fuelectenerg-6009 99 2 achieve achieve VERB fuelectenerg-6009 99 3 a a DET fuelectenerg-6009 99 4 higher high ADJ fuelectenerg-6009 99 5 power power NOUN fuelectenerg-6009 99 6 density density NOUN fuelectenerg-6009 99 7 and and CCONJ fuelectenerg-6009 99 8 simplify simplify NOUN fuelectenerg-6009 99 9 prototyping prototype VERB fuelectenerg-6009 99 10 a a DET fuelectenerg-6009 99 11 concentrated concentrated ADJ fuelectenerg-6009 99 12 winding wind VERB fuelectenerg-6009 99 13 configuration configuration NOUN fuelectenerg-6009 99 14 is be AUX fuelectenerg-6009 99 15 used use VERB fuelectenerg-6009 99 16 [ [ PUNCT fuelectenerg-6009 99 17 13 13 NUM fuelectenerg-6009 99 18 ] ] PUNCT fuelectenerg-6009 99 19 . . PUNCT fuelectenerg-6009 100 1 3 3 X fuelectenerg-6009 100 2 . . X fuelectenerg-6009 100 3 design design NOUN fuelectenerg-6009 100 4 optimization optimization NOUN fuelectenerg-6009 100 5 of of ADP fuelectenerg-6009 100 6 designed design VERB fuelectenerg-6009 100 7 generator generator NOUN fuelectenerg-6009 100 8 the the DET fuelectenerg-6009 100 9 parameters parameter NOUN fuelectenerg-6009 100 10 of of ADP fuelectenerg-6009 100 11 the the DET fuelectenerg-6009 100 12 machines machine NOUN fuelectenerg-6009 100 13 are be AUX fuelectenerg-6009 100 14 optimized optimize VERB fuelectenerg-6009 100 15 using use VERB fuelectenerg-6009 100 16 a a DET fuelectenerg-6009 100 17 population population NOUN fuelectenerg-6009 100 18 - - PUNCT fuelectenerg-6009 100 19 based base VERB fuelectenerg-6009 100 20 algorithm algorithm NOUN fuelectenerg-6009 100 21 to to PART fuelectenerg-6009 100 22 achieve achieve VERB fuelectenerg-6009 100 23 the the DET fuelectenerg-6009 100 24 minimum minimum ADJ fuelectenerg-6009 100 25 total total ADJ fuelectenerg-6009 100 26 mass mass NOUN fuelectenerg-6009 100 27 of of ADP fuelectenerg-6009 100 28 active active ADJ fuelectenerg-6009 100 29 materials material NOUN fuelectenerg-6009 100 30 , , PUNCT fuelectenerg-6009 100 31 whilst whilst SCONJ fuelectenerg-6009 100 32 keeping keep VERB fuelectenerg-6009 100 33 the the DET fuelectenerg-6009 100 34 overall overall ADJ fuelectenerg-6009 100 35 efficiency efficiency NOUN fuelectenerg-6009 100 36 identical identical ADJ fuelectenerg-6009 100 37 with with ADP fuelectenerg-6009 100 38 that that PRON fuelectenerg-6009 100 39 of of ADP fuelectenerg-6009 100 40 the the DET fuelectenerg-6009 100 41 nd nd NOUN fuelectenerg-6009 100 42 - - PUNCT fuelectenerg-6009 100 43 fe fe NOUN fuelectenerg-6009 100 44 - - PUNCT fuelectenerg-6009 100 45 b b NOUN fuelectenerg-6009 100 46 machine machine NOUN fuelectenerg-6009 100 47 . . PUNCT fuelectenerg-6009 101 1 the the DET fuelectenerg-6009 101 2 objective objective ADJ fuelectenerg-6009 101 3 function function NOUN fuelectenerg-6009 101 4 is be AUX fuelectenerg-6009 101 5 as as SCONJ fuelectenerg-6009 101 6 follows follow VERB fuelectenerg-6009 101 7 : : PUNCT fuelectenerg-6009 102 1 min min PROPN fuelectenerg-6009 102 2 min min PROPN fuelectenerg-6009 102 3 ( ( PUNCT fuelectenerg-6009 102 4 ) ) PUNCT fuelectenerg-6009 102 5 ( ( PUNCT fuelectenerg-6009 102 6 ) ) PUNCT fuelectenerg-6009 102 7 ( ( PUNCT fuelectenerg-6009 102 8 ) ) PUNCT fuelectenerg-6009 102 9 loss loss NOUN fuelectenerg-6009 102 10 mass mass ADJ fuelectenerg-6009 102 11 new new ADJ fuelectenerg-6009 102 12 loss loss NOUN fuelectenerg-6009 102 13 mass mass NOUN fuelectenerg-6009 102 14 f f NOUN fuelectenerg-6009 102 15 x x SYM fuelectenerg-6009 102 16 f f PROPN fuelectenerg-6009 102 17 x x X fuelectenerg-6009 102 18 f f PROPN fuelectenerg-6009 102 19 x x X fuelectenerg-6009 102 20 w w PROPN fuelectenerg-6009 102 21 w w PROPN fuelectenerg-6009 102 22 loss loss NOUN fuelectenerg-6009 102 23 mass mass NOUN fuelectenerg-6009 102 24 = = SYM fuelectenerg-6009 102 25 + + CCONJ fuelectenerg-6009 102 26 ( ( PUNCT fuelectenerg-6009 102 27 13 13 NUM fuelectenerg-6009 102 28 ) ) PUNCT fuelectenerg-6009 102 29 where where SCONJ fuelectenerg-6009 102 30 lossmin lossmin NOUN fuelectenerg-6009 102 31 is be AUX fuelectenerg-6009 102 32 the the DET fuelectenerg-6009 102 33 minimum minimum ADJ fuelectenerg-6009 102 34 loss loss NOUN fuelectenerg-6009 102 35 , , PUNCT fuelectenerg-6009 102 36 massmin massmin NOUN fuelectenerg-6009 102 37 is be AUX fuelectenerg-6009 102 38 the the DET fuelectenerg-6009 102 39 minimum minimum ADJ fuelectenerg-6009 102 40 mass mass NOUN fuelectenerg-6009 102 41 , , PUNCT fuelectenerg-6009 102 42 floss(x floss(x PROPN fuelectenerg-6009 102 43 ) ) PUNCT fuelectenerg-6009 102 44 is be AUX fuelectenerg-6009 102 45 the the DET fuelectenerg-6009 102 46 loss loss NOUN fuelectenerg-6009 102 47 , , PUNCT fuelectenerg-6009 102 48 fmass(x fmass(x NOUN fuelectenerg-6009 102 49 ) ) PUNCT fuelectenerg-6009 102 50 is be AUX fuelectenerg-6009 102 51 the the DET fuelectenerg-6009 102 52 mass mass NOUN fuelectenerg-6009 102 53 functions function NOUN fuelectenerg-6009 102 54 , , PUNCT fuelectenerg-6009 102 55 wloss wloss NOUN fuelectenerg-6009 102 56 is be AUX fuelectenerg-6009 102 57 loss loss NOUN fuelectenerg-6009 102 58 weighting weighting NOUN fuelectenerg-6009 102 59 factor factor NOUN fuelectenerg-6009 102 60 , , PUNCT fuelectenerg-6009 102 61 wmass wmass NOUN fuelectenerg-6009 102 62 is be AUX fuelectenerg-6009 102 63 the the DET fuelectenerg-6009 102 64 mass mass ADJ fuelectenerg-6009 102 65 weighting weighting NOUN fuelectenerg-6009 102 66 factor factor NOUN fuelectenerg-6009 102 67 , , PUNCT fuelectenerg-6009 102 68 as as ADP fuelectenerg-6009 102 69 such such DET fuelectenerg-6009 102 70 that that DET fuelectenerg-6009 102 71 wloss+wmass=1 wloss+wmass=1 NOUN fuelectenerg-6009 102 72 . . PUNCT fuelectenerg-6009 103 1 the the DET fuelectenerg-6009 103 2 same same ADJ fuelectenerg-6009 103 3 constraints constraint NOUN fuelectenerg-6009 103 4 are be AUX fuelectenerg-6009 103 5 used use VERB fuelectenerg-6009 103 6 throughout throughout ADP fuelectenerg-6009 103 7 the the DET fuelectenerg-6009 103 8 optimization optimization NOUN fuelectenerg-6009 103 9 process process NOUN fuelectenerg-6009 103 10 . . PUNCT fuelectenerg-6009 104 1 the the DET fuelectenerg-6009 104 2 variables variable NOUN fuelectenerg-6009 104 3 during during ADP fuelectenerg-6009 104 4 the the DET fuelectenerg-6009 104 5 optimization optimization NOUN fuelectenerg-6009 104 6 process process NOUN fuelectenerg-6009 104 7 include include VERB fuelectenerg-6009 104 8 : : PUNCT fuelectenerg-6009 104 9 1 1 X fuelectenerg-6009 104 10 . . X fuelectenerg-6009 104 11 ratio ratio NOUN fuelectenerg-6009 104 12 of of ADP fuelectenerg-6009 104 13 stator stator NOUN fuelectenerg-6009 104 14 inner inner ADV fuelectenerg-6009 104 15 to to ADP fuelectenerg-6009 104 16 outer outer ADJ fuelectenerg-6009 104 17 diameter diameter NOUN fuelectenerg-6009 104 18 di di NOUN fuelectenerg-6009 104 19 / / SYM fuelectenerg-6009 104 20 do do NOUN fuelectenerg-6009 104 21 , , PUNCT fuelectenerg-6009 104 22 2 2 X fuelectenerg-6009 104 23 . . X fuelectenerg-6009 104 24 ratio ratio NOUN fuelectenerg-6009 104 25 slot slot NOUN fuelectenerg-6009 104 26 width width NOUN fuelectenerg-6009 104 27 to to PART fuelectenerg-6009 104 28 slot slot VERB fuelectenerg-6009 104 29 pitch pitch PROPN fuelectenerg-6009 104 30 ws ws PROPN fuelectenerg-6009 104 31 / / SYM fuelectenerg-6009 104 32 τs τs NOUN fuelectenerg-6009 104 33 , , PUNCT fuelectenerg-6009 104 34 3 3 NUM fuelectenerg-6009 104 35 . . NOUN fuelectenerg-6009 104 36 air air NOUN fuelectenerg-6009 104 37 gap gap PROPN fuelectenerg-6009 104 38 magnetic magnetic PROPN fuelectenerg-6009 104 39 flux flux PROPN fuelectenerg-6009 104 40 bg bg PROPN fuelectenerg-6009 104 41 , , PUNCT fuelectenerg-6009 104 42 4 4 NUM fuelectenerg-6009 104 43 . . PUNCT fuelectenerg-6009 104 44 specific specific ADJ fuelectenerg-6009 104 45 electric electric ADJ fuelectenerg-6009 104 46 loading loading NOUN fuelectenerg-6009 104 47 as as ADP fuelectenerg-6009 104 48 , , PUNCT fuelectenerg-6009 104 49 5 5 NUM fuelectenerg-6009 104 50 . . X fuelectenerg-6009 104 51 stator stator NOUN fuelectenerg-6009 104 52 current current ADJ fuelectenerg-6009 104 53 density density NOUN fuelectenerg-6009 104 54 js js PROPN fuelectenerg-6009 104 55 , , PUNCT fuelectenerg-6009 104 56 6 6 NUM fuelectenerg-6009 104 57 . . PUNCT fuelectenerg-6009 104 58 magnet magnet NOUN fuelectenerg-6009 104 59 grade grade NOUN fuelectenerg-6009 104 60 ( ( PUNCT fuelectenerg-6009 104 61 residual residual ADJ fuelectenerg-6009 104 62 flux flux NOUN fuelectenerg-6009 104 63 density density NOUN fuelectenerg-6009 104 64 ) ) PUNCT fuelectenerg-6009 104 65 . . PUNCT fuelectenerg-6009 105 1 the the DET fuelectenerg-6009 105 2 flkg flkg PROPN fuelectenerg-6009 105 3 is be AUX fuelectenerg-6009 105 4 determined determine VERB fuelectenerg-6009 105 5 by by ADP fuelectenerg-6009 105 6 the the DET fuelectenerg-6009 105 7 fem fem NOUN fuelectenerg-6009 105 8 ; ; PUNCT fuelectenerg-6009 105 9 considering consider VERB fuelectenerg-6009 105 10 the the DET fuelectenerg-6009 105 11 flux flux NOUN fuelectenerg-6009 105 12 focusing focus VERB fuelectenerg-6009 105 13 factor factor NOUN fuelectenerg-6009 105 14 cφ cφ PART fuelectenerg-6009 105 15 = = NOUN fuelectenerg-6009 105 16 am am NOUN fuelectenerg-6009 105 17 / / SYM fuelectenerg-6009 105 18 ag ag PROPN fuelectenerg-6009 105 19 , , PUNCT fuelectenerg-6009 105 20 the the DET fuelectenerg-6009 105 21 bg bg NOUN fuelectenerg-6009 105 22 estimated estimate VERB fuelectenerg-6009 105 23 by by ADP fuelectenerg-6009 105 24 ( ( PUNCT fuelectenerg-6009 105 25 10 10 NUM fuelectenerg-6009 105 26 ) ) PUNCT fuelectenerg-6009 105 27 , , PUNCT fuelectenerg-6009 105 28 may may AUX fuelectenerg-6009 105 29 not not PART fuelectenerg-6009 105 30 be be AUX fuelectenerg-6009 105 31 increased increase VERB fuelectenerg-6009 105 32 beyond beyond ADP fuelectenerg-6009 105 33 a a DET fuelectenerg-6009 105 34 limit limit NOUN fuelectenerg-6009 105 35 as as SCONJ fuelectenerg-6009 105 36 shown show VERB fuelectenerg-6009 105 37 in in ADP fuelectenerg-6009 105 38 fig fig NOUN fuelectenerg-6009 105 39 4 4 NUM fuelectenerg-6009 105 40 . . PUNCT fuelectenerg-6009 106 1 it it PRON fuelectenerg-6009 106 2 means mean VERB fuelectenerg-6009 106 3 that that SCONJ fuelectenerg-6009 106 4 for for ADP fuelectenerg-6009 106 5 infinite infinite ADJ fuelectenerg-6009 106 6 lm lm PROPN fuelectenerg-6009 106 7 , , PUNCT fuelectenerg-6009 106 8 bg bg PROPN fuelectenerg-6009 106 9 of of ADP fuelectenerg-6009 106 10 the the DET fuelectenerg-6009 106 11 surface surface NOUN fuelectenerg-6009 106 12 mounted mount VERB fuelectenerg-6009 106 13 ferrite ferrite NOUN fuelectenerg-6009 106 14 generator generator NOUN fuelectenerg-6009 106 15 would would AUX fuelectenerg-6009 106 16 not not PART fuelectenerg-6009 106 17 exceed exceed VERB fuelectenerg-6009 106 18 0.27 0.27 NUM fuelectenerg-6009 106 19 t t NOUN fuelectenerg-6009 106 20 and and CCONJ fuelectenerg-6009 106 21 this this PRON fuelectenerg-6009 106 22 can can AUX fuelectenerg-6009 106 23 be be AUX fuelectenerg-6009 106 24 considered consider VERB fuelectenerg-6009 106 25 as as ADP fuelectenerg-6009 106 26 a a DET fuelectenerg-6009 106 27 major major ADJ fuelectenerg-6009 106 28 drawback drawback NOUN fuelectenerg-6009 106 29 for for ADP fuelectenerg-6009 106 30 the the DET fuelectenerg-6009 106 31 machine machine NOUN fuelectenerg-6009 106 32 . . PUNCT fuelectenerg-6009 107 1 for for ADP fuelectenerg-6009 107 2 minimum minimum ADJ fuelectenerg-6009 107 3 mass mass NOUN fuelectenerg-6009 107 4 of of ADP fuelectenerg-6009 107 5 the the DET fuelectenerg-6009 107 6 generator generator NOUN fuelectenerg-6009 107 7 , , PUNCT fuelectenerg-6009 107 8 the the DET fuelectenerg-6009 107 9 air air NOUN fuelectenerg-6009 107 10 gap gap NOUN fuelectenerg-6009 107 11 flux flux NOUN fuelectenerg-6009 107 12 density density NOUN fuelectenerg-6009 107 13 is be AUX fuelectenerg-6009 107 14 0.24 0.24 NUM fuelectenerg-6009 107 15 t t NOUN fuelectenerg-6009 107 16 which which PRON fuelectenerg-6009 107 17 is be AUX fuelectenerg-6009 107 18 lower low ADJ fuelectenerg-6009 107 19 than than ADP fuelectenerg-6009 107 20 that that PRON fuelectenerg-6009 107 21 of of ADP fuelectenerg-6009 107 22 the the DET fuelectenerg-6009 107 23 other other ADJ fuelectenerg-6009 107 24 topology topology NOUN fuelectenerg-6009 107 25 . . PUNCT fuelectenerg-6009 108 1 on on ADP fuelectenerg-6009 108 2 the the DET fuelectenerg-6009 108 3 other other ADJ fuelectenerg-6009 108 4 hand hand NOUN fuelectenerg-6009 108 5 , , PUNCT fuelectenerg-6009 108 6 the the DET fuelectenerg-6009 108 7 surface surface NOUN fuelectenerg-6009 108 8 mounted mount VERB fuelectenerg-6009 108 9 ferrite ferrite NOUN fuelectenerg-6009 108 10 generator generator NOUN fuelectenerg-6009 108 11 is be AUX fuelectenerg-6009 108 12 heavier heavy ADJ fuelectenerg-6009 108 13 , , PUNCT fuelectenerg-6009 108 14 its its PRON fuelectenerg-6009 108 15 axial axial ADJ fuelectenerg-6009 108 16 length length NOUN fuelectenerg-6009 108 17 is be AUX fuelectenerg-6009 108 18 longer long ADJ fuelectenerg-6009 108 19 , , PUNCT fuelectenerg-6009 108 20 and and CCONJ fuelectenerg-6009 108 21 its its PRON fuelectenerg-6009 108 22 outer outer ADJ fuelectenerg-6009 108 23 diameter diameter NOUN fuelectenerg-6009 108 24 is be AUX fuelectenerg-6009 108 25 higher high ADJ fuelectenerg-6009 108 26 than than ADP fuelectenerg-6009 108 27 the the DET fuelectenerg-6009 108 28 spoke speak VERB fuelectenerg-6009 108 29 type type NOUN fuelectenerg-6009 108 30 machine machine NOUN fuelectenerg-6009 108 31 . . PUNCT fuelectenerg-6009 109 1 therefore therefore ADV fuelectenerg-6009 109 2 , , PUNCT fuelectenerg-6009 109 3 the the DET fuelectenerg-6009 109 4 surface surface NOUN fuelectenerg-6009 109 5 mounted mount VERB fuelectenerg-6009 109 6 topology topology NOUN fuelectenerg-6009 109 7 is be AUX fuelectenerg-6009 109 8 less less ADV fuelectenerg-6009 109 9 viable viable ADJ fuelectenerg-6009 109 10 to to PART fuelectenerg-6009 109 11 replace replace VERB fuelectenerg-6009 109 12 the the DET fuelectenerg-6009 109 13 nd nd NOUN fuelectenerg-6009 109 14 - - PUNCT fuelectenerg-6009 109 15 fe fe NOUN fuelectenerg-6009 109 16 - - PUNCT fuelectenerg-6009 109 17 b b NOUN fuelectenerg-6009 109 18 machine machine NOUN fuelectenerg-6009 109 19 . . PUNCT fuelectenerg-6009 110 1 table table NOUN fuelectenerg-6009 110 2 2 2 NUM fuelectenerg-6009 110 3 and and CCONJ fuelectenerg-6009 110 4 table table NOUN fuelectenerg-6009 110 5 3 3 NUM fuelectenerg-6009 110 6 present present VERB fuelectenerg-6009 110 7 the the DET fuelectenerg-6009 110 8 optimization optimization NOUN fuelectenerg-6009 110 9 variables variable NOUN fuelectenerg-6009 110 10 and and CCONJ fuelectenerg-6009 110 11 specifications specification NOUN fuelectenerg-6009 110 12 of of ADP fuelectenerg-6009 110 13 the the DET fuelectenerg-6009 110 14 designed design VERB fuelectenerg-6009 110 15 drafpm drafpm NOUN fuelectenerg-6009 110 16 machines machine NOUN fuelectenerg-6009 110 17 . . PUNCT fuelectenerg-6009 111 1 after after ADP fuelectenerg-6009 111 2 approximately approximately ADV fuelectenerg-6009 111 3 50 50 NUM fuelectenerg-6009 111 4 generations generation NOUN fuelectenerg-6009 111 5 of of ADP fuelectenerg-6009 111 6 the the DET fuelectenerg-6009 111 7 optimization optimization NOUN fuelectenerg-6009 111 8 process process NOUN fuelectenerg-6009 111 9 , , PUNCT fuelectenerg-6009 111 10 the the DET fuelectenerg-6009 111 11 optimum optimum ADJ fuelectenerg-6009 111 12 result result NOUN fuelectenerg-6009 111 13 is be AUX fuelectenerg-6009 111 14 obtained obtain VERB fuelectenerg-6009 111 15 after after ADP fuelectenerg-6009 111 16 50 50 NUM fuelectenerg-6009 111 17 iterations iteration NOUN fuelectenerg-6009 111 18 ; ; PUNCT fuelectenerg-6009 111 19 however however ADV fuelectenerg-6009 111 20 , , PUNCT fuelectenerg-6009 111 21 the the DET fuelectenerg-6009 111 22 number number NOUN fuelectenerg-6009 111 23 of of ADP fuelectenerg-6009 111 24 iterations iteration NOUN fuelectenerg-6009 111 25 is be AUX fuelectenerg-6009 111 26 set set VERB fuelectenerg-6009 111 27 up up ADP fuelectenerg-6009 111 28 to to ADP fuelectenerg-6009 111 29 450 450 NUM fuelectenerg-6009 111 30 to to PART fuelectenerg-6009 111 31 avoid avoid VERB fuelectenerg-6009 111 32 failure failure NOUN fuelectenerg-6009 111 33 in in ADP fuelectenerg-6009 111 34 a a DET fuelectenerg-6009 111 35 local local ADJ fuelectenerg-6009 111 36 minimum minimum NOUN fuelectenerg-6009 111 37 . . PUNCT fuelectenerg-6009 112 1 design design NOUN fuelectenerg-6009 112 2 of of ADP fuelectenerg-6009 112 3 pm pm NOUN fuelectenerg-6009 112 4 generator generator NOUN fuelectenerg-6009 112 5 with with ADP fuelectenerg-6009 112 6 ferrite ferrite NOUN fuelectenerg-6009 112 7 and and CCONJ fuelectenerg-6009 112 8 rare rare ADJ fuelectenerg-6009 112 9 - - PUNCT fuelectenerg-6009 112 10 earth earth NOUN fuelectenerg-6009 112 11 magnets magnet NOUN fuelectenerg-6009 112 12 559 559 NUM fuelectenerg-6009 112 13 4 4 NUM fuelectenerg-6009 112 14 . . PUNCT fuelectenerg-6009 113 1 finite finite PROPN fuelectenerg-6009 113 2 element element NOUN fuelectenerg-6009 113 3 analysis analysis NOUN fuelectenerg-6009 113 4 3d 3d NOUN fuelectenerg-6009 113 5 - - PUNCT fuelectenerg-6009 113 6 fem fem NOUN fuelectenerg-6009 113 7 is be AUX fuelectenerg-6009 113 8 applied apply VERB fuelectenerg-6009 113 9 to to PART fuelectenerg-6009 113 10 analyse analyse VERB fuelectenerg-6009 113 11 the the DET fuelectenerg-6009 113 12 generators generator NOUN fuelectenerg-6009 113 13 performance performance NOUN fuelectenerg-6009 113 14 . . PUNCT fuelectenerg-6009 114 1 4.1 4.1 NUM fuelectenerg-6009 114 2 . . PUNCT fuelectenerg-6009 114 3 magnetic magnetic ADJ fuelectenerg-6009 114 4 flux flux NOUN fuelectenerg-6009 114 5 density density NOUN fuelectenerg-6009 114 6 and and CCONJ fuelectenerg-6009 114 7 back back NOUN fuelectenerg-6009 114 8 - - PUNCT fuelectenerg-6009 114 9 emf emf VERB fuelectenerg-6009 114 10 the the DET fuelectenerg-6009 114 11 phase phase NOUN fuelectenerg-6009 114 12 back back ADV fuelectenerg-6009 114 13 - - PUNCT fuelectenerg-6009 114 14 emf emf NOUN fuelectenerg-6009 114 15 of of ADP fuelectenerg-6009 114 16 the the DET fuelectenerg-6009 114 17 drafpm drafpm NOUN fuelectenerg-6009 114 18 generator generator NOUN fuelectenerg-6009 114 19 can can AUX fuelectenerg-6009 114 20 be be AUX fuelectenerg-6009 114 21 calculated calculate VERB fuelectenerg-6009 114 22 by by ADP fuelectenerg-6009 114 23 [ [ X fuelectenerg-6009 114 24 14 14 NUM fuelectenerg-6009 114 25 ] ] SYM fuelectenerg-6009 114 26 : : PUNCT fuelectenerg-6009 114 27 π π PROPN fuelectenerg-6009 114 28 α α PROPN fuelectenerg-6009 114 29 ω ω NUM fuelectenerg-6009 114 30 2 2 NUM fuelectenerg-6009 114 31 m m NOUN fuelectenerg-6009 114 32 lkg lkg NOUN fuelectenerg-6009 115 1 f f PROPN fuelectenerg-6009 115 2 ph ph PROPN fuelectenerg-6009 115 3 w w PROPN fuelectenerg-6009 115 4 r r NOUN fuelectenerg-6009 115 5 av av NOUN fuelectenerg-6009 115 6 m m PROPN fuelectenerg-6009 115 7 se se PROPN fuelectenerg-6009 116 1 f f PROPN fuelectenerg-6009 116 2 k k PROPN fuelectenerg-6009 116 3 n n PROPN fuelectenerg-6009 116 4 k k PROPN fuelectenerg-6009 116 5 d d PROPN fuelectenerg-6009 116 6 b b PROPN fuelectenerg-6009 116 7 l l NOUN fuelectenerg-6009 116 8 ( ( PUNCT fuelectenerg-6009 116 9 14 14 NUM fuelectenerg-6009 116 10 ) ) PUNCT fuelectenerg-6009 116 11 where where SCONJ fuelectenerg-6009 116 12 dav dav NOUN fuelectenerg-6009 116 13 = = PUNCT fuelectenerg-6009 116 14 ( ( PUNCT fuelectenerg-6009 116 15 do do VERB fuelectenerg-6009 116 16 + + CCONJ fuelectenerg-6009 116 17 di di NOUN fuelectenerg-6009 116 18 ) ) PUNCT fuelectenerg-6009 116 19 / / SYM fuelectenerg-6009 116 20 2 2 NUM fuelectenerg-6009 116 21 , , PUNCT fuelectenerg-6009 116 22 ls ls X fuelectenerg-6009 116 23 = = PUNCT fuelectenerg-6009 116 24 ( ( PUNCT fuelectenerg-6009 116 25 do do AUX fuelectenerg-6009 116 26   PROPN fuelectenerg-6009 116 27 di di NOUN fuelectenerg-6009 116 28 ) ) PUNCT fuelectenerg-6009 116 29 / / SYM fuelectenerg-6009 116 30 2 2 NUM fuelectenerg-6009 116 31 and and CCONJ fuelectenerg-6009 116 32 kf kf PROPN fuelectenerg-6009 116 33 is be AUX fuelectenerg-6009 116 34 the the DET fuelectenerg-6009 116 35 distribution distribution NOUN fuelectenerg-6009 116 36 coefficient coefficient NOUN fuelectenerg-6009 116 37 of of ADP fuelectenerg-6009 116 38 the the DET fuelectenerg-6009 116 39 air air NOUN fuelectenerg-6009 116 40 gap gap NOUN fuelectenerg-6009 116 41 magnetic magnetic PROPN fuelectenerg-6009 116 42 flux flux NOUN fuelectenerg-6009 116 43 density density NOUN fuelectenerg-6009 116 44 and and CCONJ fuelectenerg-6009 116 45 kw kw PROPN fuelectenerg-6009 116 46 is be AUX fuelectenerg-6009 116 47 the the DET fuelectenerg-6009 116 48 winding wind VERB fuelectenerg-6009 116 49 factor factor NOUN fuelectenerg-6009 116 50 fig fig NOUN fuelectenerg-6009 116 51 . . PUNCT fuelectenerg-6009 117 1 5 5 NUM fuelectenerg-6009 117 2 and and CCONJ fuelectenerg-6009 117 3 fig fig NOUN fuelectenerg-6009 117 4 . . PUNCT fuelectenerg-6009 118 1 6 6 NUM fuelectenerg-6009 118 2 presents present VERB fuelectenerg-6009 118 3 the the DET fuelectenerg-6009 118 4 no no DET fuelectenerg-6009 118 5 - - PUNCT fuelectenerg-6009 118 6 load load NOUN fuelectenerg-6009 118 7 flux flux NOUN fuelectenerg-6009 118 8 density density NOUN fuelectenerg-6009 118 9 and and CCONJ fuelectenerg-6009 118 10 back back NOUN fuelectenerg-6009 118 11 - - PUNCT fuelectenerg-6009 118 12 emf emf NOUN fuelectenerg-6009 118 13 of of ADP fuelectenerg-6009 118 14 the the DET fuelectenerg-6009 118 15 generator generator NOUN fuelectenerg-6009 118 16 respectively respectively ADV fuelectenerg-6009 118 17 . . PUNCT fuelectenerg-6009 118 18 table table NOUN fuelectenerg-6009 118 19 4 4 NUM fuelectenerg-6009 118 20 gives give VERB fuelectenerg-6009 118 21 the the DET fuelectenerg-6009 118 22 thd thd NOUN fuelectenerg-6009 118 23 of of ADP fuelectenerg-6009 118 24 the the DET fuelectenerg-6009 118 25 back back NOUN fuelectenerg-6009 118 26 - - PUNCT fuelectenerg-6009 118 27 emf emf NOUN fuelectenerg-6009 118 28 for for ADP fuelectenerg-6009 118 29 different different ADJ fuelectenerg-6009 118 30 types type NOUN fuelectenerg-6009 118 31 of of ADP fuelectenerg-6009 118 32 pm pm PROPN fuelectenerg-6009 118 33 motors motor NOUN fuelectenerg-6009 118 34 . . PUNCT fuelectenerg-6009 119 1 table table NOUN fuelectenerg-6009 119 2 2 2 NUM fuelectenerg-6009 119 3 optimization optimization NOUN fuelectenerg-6009 119 4 variables variable VERB fuelectenerg-6009 119 5 quantity quantity NOUN fuelectenerg-6009 119 6 variable variable ADJ fuelectenerg-6009 119 7 min min PROPN fuelectenerg-6009 119 8 . . PROPN fuelectenerg-6009 119 9 max max PROPN fuelectenerg-6009 119 10 . . PUNCT fuelectenerg-6009 120 1 di di AUX fuelectenerg-6009 120 2 / / SYM fuelectenerg-6009 120 3 do do VERB fuelectenerg-6009 120 4 dk dk PROPN fuelectenerg-6009 120 5 0.50 0.50 NUM fuelectenerg-6009 120 6 0.85 0.85 NUM fuelectenerg-6009 120 7 ws ws NOUN fuelectenerg-6009 120 8 / / SYM fuelectenerg-6009 120 9 τs τs ADP fuelectenerg-6009 121 1 --0.50 --0.50 PROPN fuelectenerg-6009 121 2 0.70 0.70 NUM fuelectenerg-6009 121 3 air air NOUN fuelectenerg-6009 121 4 - - PUNCT fuelectenerg-6009 121 5 gap gap NOUN fuelectenerg-6009 121 6 magnetic magnetic ADJ fuelectenerg-6009 121 7 flux flux NOUN fuelectenerg-6009 121 8 density density PROPN fuelectenerg-6009 121 9 ( ( PUNCT fuelectenerg-6009 121 10 t t NOUN fuelectenerg-6009 121 11 ) ) PUNCT fuelectenerg-6009 121 12 gb gb ADP fuelectenerg-6009 121 13 0.20 0.20 NUM fuelectenerg-6009 121 14 0.75 0.75 NUM fuelectenerg-6009 121 15 specific specific ADJ fuelectenerg-6009 121 16 electric electric ADJ fuelectenerg-6009 121 17 loading loading NOUN fuelectenerg-6009 121 18 ( ( PUNCT fuelectenerg-6009 121 19 ka ka PROPN fuelectenerg-6009 121 20 / / SYM fuelectenerg-6009 121 21 m m PROPN fuelectenerg-6009 121 22 ) ) PUNCT fuelectenerg-6009 121 23 as as ADP fuelectenerg-6009 121 24 9 9 NUM fuelectenerg-6009 121 25 25 25 NUM fuelectenerg-6009 121 26 stator stator NOUN fuelectenerg-6009 121 27 current current ADJ fuelectenerg-6009 121 28 density density NOUN fuelectenerg-6009 121 29 ( ( PUNCT fuelectenerg-6009 121 30 a a DET fuelectenerg-6009 121 31 / / SYM fuelectenerg-6009 121 32 mm2 mm2 NOUN fuelectenerg-6009 121 33 ) ) PUNCT fuelectenerg-6009 121 34 sj sj VERB fuelectenerg-6009 121 35 3 3 NUM fuelectenerg-6009 121 36 8 8 NUM fuelectenerg-6009 121 37 pm pm NOUN fuelectenerg-6009 121 38 grade grade NOUN fuelectenerg-6009 121 39 ( ( PUNCT fuelectenerg-6009 121 40 t t PROPN fuelectenerg-6009 121 41 ) ) PUNCT fuelectenerg-6009 121 42 br br NOUN fuelectenerg-6009 121 43 0.30 0.30 NUM fuelectenerg-6009 121 44 0.41 0.41 NUM fuelectenerg-6009 121 45 table table NOUN fuelectenerg-6009 121 46 3 3 NUM fuelectenerg-6009 121 47 specifications specification NOUN fuelectenerg-6009 121 48 of of ADP fuelectenerg-6009 121 49 proposed propose VERB fuelectenerg-6009 121 50 drafpm drafpm NOUN fuelectenerg-6009 121 51 generator generator PROPN fuelectenerg-6009 121 52 generator generator PROPN fuelectenerg-6009 121 53 nd nd PROPN fuelectenerg-6009 121 54 - - PUNCT fuelectenerg-6009 121 55 fe fe NOUN fuelectenerg-6009 121 56 - - PUNCT fuelectenerg-6009 121 57 b b NOUN fuelectenerg-6009 121 58 [ [ X fuelectenerg-6009 121 59 10 10 NUM fuelectenerg-6009 121 60 ] ] X fuelectenerg-6009 121 61 ferrite ferrite NOUN fuelectenerg-6009 121 62 spoke speak VERB fuelectenerg-6009 121 63 type type NOUN fuelectenerg-6009 121 64 surface surface NOUN fuelectenerg-6009 121 65 mounted mount VERB fuelectenerg-6009 121 66 ferrite ferrite NOUN fuelectenerg-6009 121 67 magnet magnet PROPN fuelectenerg-6009 121 68 grade grade PROPN fuelectenerg-6009 121 69 n33 n33 PROPN fuelectenerg-6009 121 70 - - PUNCT fuelectenerg-6009 121 71 br br NOUN fuelectenerg-6009 121 72 : : PUNCT fuelectenerg-6009 121 73 1.13 1.13 NUM fuelectenerg-6009 121 74 t t NOUN fuelectenerg-6009 121 75 y33 y33 NOUN fuelectenerg-6009 121 76 - - PUNCT fuelectenerg-6009 121 77 br br NOUN fuelectenerg-6009 121 78 : : PUNCT fuelectenerg-6009 121 79 0.41 0.41 NUM fuelectenerg-6009 121 80 t t NOUN fuelectenerg-6009 121 81 active active ADJ fuelectenerg-6009 121 82 material material NOUN fuelectenerg-6009 121 83 ( ( PUNCT fuelectenerg-6009 121 84 kg kg NOUN fuelectenerg-6009 121 85 ) ) PUNCT fuelectenerg-6009 121 86 7.40 7.40 NUM fuelectenerg-6009 121 87 8.46 8.46 NUM fuelectenerg-6009 121 88 9.54 9.54 NUM fuelectenerg-6009 121 89 total total ADJ fuelectenerg-6009 121 90 axial axial ADJ fuelectenerg-6009 121 91 length length NOUN fuelectenerg-6009 121 92 ( ( PUNCT fuelectenerg-6009 121 93 mm mm NOUN fuelectenerg-6009 121 94 ) ) PUNCT fuelectenerg-6009 121 95 81.5 81.5 NUM fuelectenerg-6009 121 96 96 96 NUM fuelectenerg-6009 121 97 110 110 NUM fuelectenerg-6009 121 98 outer outer ADJ fuelectenerg-6009 121 99 diameter diameter NOUN fuelectenerg-6009 121 100 ( ( PUNCT fuelectenerg-6009 121 101 mm mm NOUN fuelectenerg-6009 121 102 ) ) PUNCT fuelectenerg-6009 121 103 180 180 NUM fuelectenerg-6009 121 104 170 170 NUM fuelectenerg-6009 121 105 215 215 NUM fuelectenerg-6009 121 106 pole pole NOUN fuelectenerg-6009 121 107 arc arc NOUN fuelectenerg-6009 121 108 / / SYM fuelectenerg-6009 121 109 pole pole NOUN fuelectenerg-6009 121 110 pitch pitch NOUN fuelectenerg-6009 121 111 0.7 0.7 NUM fuelectenerg-6009 121 112 0.3 0.3 NUM fuelectenerg-6009 121 113 0.7 0.7 NUM fuelectenerg-6009 121 114 electric electric ADJ fuelectenerg-6009 121 115 loading loading NOUN fuelectenerg-6009 121 116 ( ( PUNCT fuelectenerg-6009 121 117 a a PRON fuelectenerg-6009 121 118 / / SYM fuelectenerg-6009 121 119 m m NOUN fuelectenerg-6009 121 120 ) ) PUNCT fuelectenerg-6009 121 121 9885.8 9885.8 NUM fuelectenerg-6009 121 122 10632 10632 NUM fuelectenerg-6009 121 123 13557 13557 NUM fuelectenerg-6009 121 124 current current ADJ fuelectenerg-6009 121 125 density density NOUN fuelectenerg-6009 121 126 ( ( PUNCT fuelectenerg-6009 121 127 a a DET fuelectenerg-6009 121 128 / / SYM fuelectenerg-6009 121 129 mm2 mm2 NOUN fuelectenerg-6009 121 130 ) ) PUNCT fuelectenerg-6009 121 131 5 5 NUM fuelectenerg-6009 121 132 5.28 5.28 NUM fuelectenerg-6009 121 133 5.56 5.56 NUM fuelectenerg-6009 121 134 flux flux NOUN fuelectenerg-6009 121 135 density density NOUN fuelectenerg-6009 121 136 of of ADP fuelectenerg-6009 121 137 air air NOUN fuelectenerg-6009 121 138 gap gap NOUN fuelectenerg-6009 121 139 bg bg PROPN fuelectenerg-6009 121 140 ( ( PUNCT fuelectenerg-6009 121 141 t t PROPN fuelectenerg-6009 121 142 ) ) PUNCT fuelectenerg-6009 121 143 0.593 0.593 NUM fuelectenerg-6009 121 144 0.42 0.42 NUM fuelectenerg-6009 121 145 0.24 0.24 NUM fuelectenerg-6009 121 146 thd thd NOUN fuelectenerg-6009 121 147 of of ADP fuelectenerg-6009 121 148 back back NOUN fuelectenerg-6009 121 149 emf emf NOUN fuelectenerg-6009 121 150 ( ( PUNCT fuelectenerg-6009 121 151 % % NOUN fuelectenerg-6009 121 152 ) ) PUNCT fuelectenerg-6009 121 153 6.61 6.61 NUM fuelectenerg-6009 121 154 1.52 1.52 NUM fuelectenerg-6009 121 155 5.6 5.6 NUM fuelectenerg-6009 121 156 table table NOUN fuelectenerg-6009 121 157 4 4 NUM fuelectenerg-6009 121 158 thd thd NOUN fuelectenerg-6009 121 159 of of ADP fuelectenerg-6009 121 160 back back NOUN fuelectenerg-6009 121 161 - - PUNCT fuelectenerg-6009 121 162 emf emf NOUN fuelectenerg-6009 121 163 of of ADP fuelectenerg-6009 121 164 pm pm PROPN fuelectenerg-6009 121 165 motors motor NOUN fuelectenerg-6009 121 166 type type NOUN fuelectenerg-6009 121 167 of of ADP fuelectenerg-6009 121 168 pm pm NOUN fuelectenerg-6009 121 169 machine machine NOUN fuelectenerg-6009 121 170 thd thd NOUN fuelectenerg-6009 121 171 of of ADP fuelectenerg-6009 121 172 back back NOUN fuelectenerg-6009 121 173 - - PUNCT fuelectenerg-6009 121 174 emf emf NOUN fuelectenerg-6009 121 175 ( ( PUNCT fuelectenerg-6009 121 176 % % NOUN fuelectenerg-6009 121 177 ) ) PUNCT fuelectenerg-6009 121 178 surface surface NOUN fuelectenerg-6009 121 179 mounted mount VERB fuelectenerg-6009 121 180 nd nd NOUN fuelectenerg-6009 121 181 - - PUNCT fuelectenerg-6009 121 182 fe fe NOUN fuelectenerg-6009 121 183 - - PUNCT fuelectenerg-6009 121 184 b b NOUN fuelectenerg-6009 121 185 6.61 6.61 NUM fuelectenerg-6009 121 186 ferrite ferrite NOUN fuelectenerg-6009 121 187 spoke speak VERB fuelectenerg-6009 121 188 type type NOUN fuelectenerg-6009 121 189 1.52 1.52 NUM fuelectenerg-6009 121 190 surface surface NOUN fuelectenerg-6009 121 191 mounted mount VERB fuelectenerg-6009 121 192 ferrite ferrite NOUN fuelectenerg-6009 121 193 5.6 5.6 NUM fuelectenerg-6009 121 194 560 560 NUM fuelectenerg-6009 121 195 j. j. PROPN fuelectenerg-6009 121 196 faiz faiz PROPN fuelectenerg-6009 121 197 , , PUNCT fuelectenerg-6009 121 198 t. t. PROPN fuelectenerg-6009 121 199 asefi asefi PROPN fuelectenerg-6009 121 200 , , PUNCT fuelectenerg-6009 121 201 m. m. NOUN fuelectenerg-6009 121 202 a. a. PROPN fuelectenerg-6009 121 203 khan khan PROPN fuelectenerg-6009 121 204 fig fig PROPN fuelectenerg-6009 121 205 . . PUNCT fuelectenerg-6009 122 1 5 5 NUM fuelectenerg-6009 122 2 no no DET fuelectenerg-6009 122 3 - - PUNCT fuelectenerg-6009 122 4 load load NOUN fuelectenerg-6009 122 5 magnetic magnetic ADJ fuelectenerg-6009 122 6 flux flux NOUN fuelectenerg-6009 122 7 density density NOUN fuelectenerg-6009 122 8 / / SYM fuelectenerg-6009 122 9 pole pole NOUN fuelectenerg-6009 122 10 pitch pitch NOUN fuelectenerg-6009 122 11 of of ADP fuelectenerg-6009 122 12 generator generator NOUN fuelectenerg-6009 122 13 ( ( PUNCT fuelectenerg-6009 122 14 a a NOUN fuelectenerg-6009 122 15 ) ) PUNCT fuelectenerg-6009 122 16 ferrite ferrite NOUN fuelectenerg-6009 122 17 spoke speak VERB fuelectenerg-6009 122 18 type type NOUN fuelectenerg-6009 122 19 ( ( PUNCT fuelectenerg-6009 122 20 b b NOUN fuelectenerg-6009 122 21 ) ) PUNCT fuelectenerg-6009 122 22 nd nd NOUN fuelectenerg-6009 122 23 - - PUNCT fuelectenerg-6009 122 24 fe fe NOUN fuelectenerg-6009 122 25 - - PROPN fuelectenerg-6009 122 26 b. b. NOUN fuelectenerg-6009 122 27 0 0 NUM fuelectenerg-6009 122 28 0.005 0.005 NUM fuelectenerg-6009 122 29 0.01 0.01 NUM fuelectenerg-6009 122 30 0.015 0.015 NUM fuelectenerg-6009 122 31 0.02 0.02 NUM fuelectenerg-6009 122 32 -20 -20 NUM fuelectenerg-6009 122 33 0 0 NUM fuelectenerg-6009 122 34 20 20 NUM fuelectenerg-6009 122 35 time time NOUN fuelectenerg-6009 122 36 p p NOUN fuelectenerg-6009 122 37 h h NOUN fuelectenerg-6009 122 38 a a DET fuelectenerg-6009 122 39 s s X fuelectenerg-6009 122 40 e e X fuelectenerg-6009 122 41 b b PROPN fuelectenerg-6009 122 42 a a PRON fuelectenerg-6009 122 43 c c NOUN fuelectenerg-6009 122 44 k k PROPN fuelectenerg-6009 122 45 e e PROPN fuelectenerg-6009 122 46 m m PROPN fuelectenerg-6009 122 47 f f PROPN fuelectenerg-6009 122 48 nd nd PRON fuelectenerg-6009 122 49 fe fe PROPN fuelectenerg-6009 122 50 b b PROPN fuelectenerg-6009 122 51 ferrite ferrite NOUN fuelectenerg-6009 122 52 spoke speak VERB fuelectenerg-6009 122 53 type type NOUN fuelectenerg-6009 122 54 ferrite ferrite NOUN fuelectenerg-6009 122 55 surface surface NOUN fuelectenerg-6009 122 56 mounted mount VERB fuelectenerg-6009 122 57 fig fig NOUN fuelectenerg-6009 122 58 . . PUNCT fuelectenerg-6009 123 1 6 6 NUM fuelectenerg-6009 123 2 time time NOUN fuelectenerg-6009 123 3 variations variation NOUN fuelectenerg-6009 123 4 of of ADP fuelectenerg-6009 123 5 back back NOUN fuelectenerg-6009 123 6 emf emf NOUN fuelectenerg-6009 123 7 . . PUNCT fuelectenerg-6009 124 1 4.2 4.2 NUM fuelectenerg-6009 124 2 . . PUNCT fuelectenerg-6009 125 1 full full ADJ fuelectenerg-6009 125 2 load load NOUN fuelectenerg-6009 125 3 torque torque NOUN fuelectenerg-6009 125 4 and and CCONJ fuelectenerg-6009 125 5 cogging cog VERB fuelectenerg-6009 125 6 torque torque NOUN fuelectenerg-6009 125 7 the the DET fuelectenerg-6009 125 8 cogging cog VERB fuelectenerg-6009 125 9 torque torque NOUN fuelectenerg-6009 125 10 and and CCONJ fuelectenerg-6009 125 11 torque torque NOUN fuelectenerg-6009 125 12 component component NOUN fuelectenerg-6009 125 13 for for ADP fuelectenerg-6009 125 14 no no DET fuelectenerg-6009 125 15 armature armature NOUN fuelectenerg-6009 125 16 excitation excitation NOUN fuelectenerg-6009 125 17 case case NOUN fuelectenerg-6009 125 18 may may AUX fuelectenerg-6009 125 19 be be AUX fuelectenerg-6009 125 20 determined determine VERB fuelectenerg-6009 125 21 by by ADP fuelectenerg-6009 125 22 fem fem NOUN fuelectenerg-6009 125 23 at at ADP fuelectenerg-6009 125 24 several several ADJ fuelectenerg-6009 125 25 rotor rotor NOUN fuelectenerg-6009 125 26 positions position NOUN fuelectenerg-6009 125 27 and and CCONJ fuelectenerg-6009 125 28 no no DET fuelectenerg-6009 125 29 - - PUNCT fuelectenerg-6009 125 30 load load NOUN fuelectenerg-6009 125 31 condition condition NOUN fuelectenerg-6009 125 32 . . PUNCT fuelectenerg-6009 126 1 fine fine ADJ fuelectenerg-6009 126 2 meshes mesh NOUN fuelectenerg-6009 126 3 are be AUX fuelectenerg-6009 126 4 necessary necessary ADJ fuelectenerg-6009 126 5 in in ADP fuelectenerg-6009 126 6 this this DET fuelectenerg-6009 126 7 case case NOUN fuelectenerg-6009 126 8 . . PUNCT fuelectenerg-6009 127 1 cogging cog VERB fuelectenerg-6009 127 2 torque torque NOUN fuelectenerg-6009 127 3 is be AUX fuelectenerg-6009 127 4 proportional proportional ADJ fuelectenerg-6009 127 5 to to ADP fuelectenerg-6009 127 6 bg bg PROPN fuelectenerg-6009 127 7 2 2 NUM fuelectenerg-6009 127 8 in in ADP fuelectenerg-6009 127 9 the the DET fuelectenerg-6009 127 10 surface surface NOUN fuelectenerg-6009 127 11 mounted mount VERB fuelectenerg-6009 127 12 ferrite ferrite NOUN fuelectenerg-6009 127 13 machine machine NOUN fuelectenerg-6009 127 14 ( ( PUNCT fuelectenerg-6009 127 15 eq eq NOUN fuelectenerg-6009 127 16 , , PUNCT fuelectenerg-6009 127 17 15 15 NUM fuelectenerg-6009 127 18 ) ) PUNCT fuelectenerg-6009 127 19 . . PUNCT fuelectenerg-6009 128 1 the the DET fuelectenerg-6009 128 2 cogging cog VERB fuelectenerg-6009 128 3 torque torque NOUN fuelectenerg-6009 128 4 in in ADP fuelectenerg-6009 128 5 this this DET fuelectenerg-6009 128 6 generator generator NOUN fuelectenerg-6009 128 7 is be AUX fuelectenerg-6009 128 8 small small ADJ fuelectenerg-6009 128 9 , , PUNCT fuelectenerg-6009 128 10 because because SCONJ fuelectenerg-6009 128 11 the the DET fuelectenerg-6009 128 12 air air NOUN fuelectenerg-6009 128 13 gap gap NOUN fuelectenerg-6009 128 14 magnetic magnetic PROPN fuelectenerg-6009 128 15 flux flux NOUN fuelectenerg-6009 128 16 density density NOUN fuelectenerg-6009 128 17 has have VERB fuelectenerg-6009 128 18 minimum minimum ADJ fuelectenerg-6009 128 19 value value NOUN fuelectenerg-6009 128 20 . . PUNCT fuelectenerg-6009 129 1 however however ADV fuelectenerg-6009 129 2 , , PUNCT fuelectenerg-6009 129 3 the the DET fuelectenerg-6009 129 4 torque torque NOUN fuelectenerg-6009 129 5 ripple ripple NOUN fuelectenerg-6009 129 6 is be AUX fuelectenerg-6009 129 7 too too ADV fuelectenerg-6009 129 8 high high ADJ fuelectenerg-6009 129 9 and and CCONJ fuelectenerg-6009 129 10 it it PRON fuelectenerg-6009 129 11 is be AUX fuelectenerg-6009 129 12 calculated calculate VERB fuelectenerg-6009 129 13 as as ADP fuelectenerg-6009 129 14 follow follow NOUN fuelectenerg-6009 129 15 [ [ X fuelectenerg-6009 129 16 15 15 NUM fuelectenerg-6009 129 17 ] ] X fuelectenerg-6009 129 18 : : PUNCT fuelectenerg-6009 129 19     SPACE fuelectenerg-6009 130 1 2θ 2θ NUM fuelectenerg-6009 130 2 1 1 NUM fuelectenerg-6009 130 3 θ θ NOUN fuelectenerg-6009 130 4 θ θ PROPN fuelectenerg-6009 130 5 ( ( PUNCT fuelectenerg-6009 130 6 ) ) PUNCT fuelectenerg-6009 130 7 ( ( PUNCT fuelectenerg-6009 130 8 ) ) PUNCT fuelectenerg-6009 130 9 b b SYM fuelectenerg-6009 130 10 θ θ PROPN fuelectenerg-6009 130 11 2μ 2μ PROPN fuelectenerg-6009 130 12 cog cog PROPN fuelectenerg-6009 130 13 g g PROPN fuelectenerg-6009 130 14 v v PROPN fuelectenerg-6009 130 15 w w PROPN fuelectenerg-6009 130 16 t t PROPN fuelectenerg-6009 130 17 dv dv PROPN fuelectenerg-6009 130 18   PROPN fuelectenerg-6009 130 19   PROPN fuelectenerg-6009 131 1   ADJ fuelectenerg-6009 131 2   PROPN fuelectenerg-6009 131 3   PROPN fuelectenerg-6009 131 4   PROPN fuelectenerg-6009 131 5   PROPN fuelectenerg-6009 131 6   PROPN fuelectenerg-6009 131 7   PROPN fuelectenerg-6009 131 8   ADJ fuelectenerg-6009 131 9   PROPN fuelectenerg-6009 131 10   PROPN fuelectenerg-6009 131 11   NOUN fuelectenerg-6009 131 12   PUNCT fuelectenerg-6009 131 13 ( ( PUNCT fuelectenerg-6009 131 14 15 15 NUM fuelectenerg-6009 131 15 ) ) PUNCT fuelectenerg-6009 131 16 the the DET fuelectenerg-6009 131 17 machine machine NOUN fuelectenerg-6009 131 18 is be AUX fuelectenerg-6009 131 19 unable unable ADJ fuelectenerg-6009 131 20 to to PART fuelectenerg-6009 131 21 develop develop VERB fuelectenerg-6009 131 22 the the DET fuelectenerg-6009 131 23 rated rate VERB fuelectenerg-6009 131 24 torque torque NOUN fuelectenerg-6009 131 25 . . PUNCT fuelectenerg-6009 132 1 the the DET fuelectenerg-6009 132 2 reason reason NOUN fuelectenerg-6009 132 3 is be AUX fuelectenerg-6009 132 4 that that SCONJ fuelectenerg-6009 132 5 the the DET fuelectenerg-6009 132 6 rotor rotor NOUN fuelectenerg-6009 132 7 magnetic magnetic PROPN fuelectenerg-6009 132 8 flux flux PROPN fuelectenerg-6009 132 9 excitation excitation NOUN fuelectenerg-6009 132 10 is be AUX fuelectenerg-6009 132 11 weaker weak ADJ fuelectenerg-6009 132 12 than than ADP fuelectenerg-6009 132 13 that that PRON fuelectenerg-6009 132 14 of of ADP fuelectenerg-6009 132 15 the the DET fuelectenerg-6009 132 16 on on ADP fuelectenerg-6009 132 17 - - PUNCT fuelectenerg-6009 132 18 load load NOUN fuelectenerg-6009 132 19 armature armature NOUN fuelectenerg-6009 132 20 reaction reaction NOUN fuelectenerg-6009 132 21 [ [ X fuelectenerg-6009 132 22 10 10 NUM fuelectenerg-6009 132 23 ] ] PUNCT fuelectenerg-6009 132 24 . . PUNCT fuelectenerg-6009 133 1 the the DET fuelectenerg-6009 133 2 developed develop VERB fuelectenerg-6009 133 3 torque torque NOUN fuelectenerg-6009 133 4 is be AUX fuelectenerg-6009 133 5 calculated calculate VERB fuelectenerg-6009 133 6 as as SCONJ fuelectenerg-6009 133 7 follows follow VERB fuelectenerg-6009 133 8 : : PUNCT fuelectenerg-6009 133 9 2 2 NUM fuelectenerg-6009 133 10 3α 3α NUM fuelectenerg-6009 133 11 η η PROPN fuelectenerg-6009 134 1 4 4 NUM fuelectenerg-6009 134 2 lkg lkg NOUN fuelectenerg-6009 134 3 f f PROPN fuelectenerg-6009 135 1 d d PROPN fuelectenerg-6009 135 2 w w PROPN fuelectenerg-6009 135 3 o o X fuelectenerg-6009 135 4 m m NOUN fuelectenerg-6009 135 5 mt mt PROPN fuelectenerg-6009 135 6 f f PROPN fuelectenerg-6009 136 1 k k PROPN fuelectenerg-6009 136 2 k k PROPN fuelectenerg-6009 137 1 k k PROPN fuelectenerg-6009 137 2 d d PROPN fuelectenerg-6009 137 3 b b PROPN fuelectenerg-6009 137 4 a a DET fuelectenerg-6009 137 5   ADJ fuelectenerg-6009 137 6   PROPN fuelectenerg-6009 137 7 ( ( PUNCT fuelectenerg-6009 137 8 16 16 NUM fuelectenerg-6009 137 9 ) ) PUNCT fuelectenerg-6009 137 10 fig fig NOUN fuelectenerg-6009 137 11 . . PUNCT fuelectenerg-6009 138 1 7 7 NUM fuelectenerg-6009 138 2 presents present VERB fuelectenerg-6009 138 3 the the DET fuelectenerg-6009 138 4 developed develop VERB fuelectenerg-6009 138 5 torque torque NOUN fuelectenerg-6009 138 6 and and CCONJ fuelectenerg-6009 138 7 cogging cogging ADJ fuelectenerg-6009 138 8 torque torque NOUN fuelectenerg-6009 138 9 against against ADP fuelectenerg-6009 138 10 angular angular ADJ fuelectenerg-6009 138 11 position position NOUN fuelectenerg-6009 138 12 of of ADP fuelectenerg-6009 138 13 rotor rotor NOUN fuelectenerg-6009 138 14 . . PUNCT fuelectenerg-6009 139 1 design design NOUN fuelectenerg-6009 139 2 of of ADP fuelectenerg-6009 139 3 pm pm PROPN fuelectenerg-6009 139 4 generator generator NOUN fuelectenerg-6009 139 5 with with ADP fuelectenerg-6009 139 6 ferrite ferrite NOUN fuelectenerg-6009 139 7 and and CCONJ fuelectenerg-6009 139 8 rare rare ADJ fuelectenerg-6009 139 9 - - PUNCT fuelectenerg-6009 139 10 earth earth NOUN fuelectenerg-6009 139 11 magnets magnet NOUN fuelectenerg-6009 139 12 561 561 NUM fuelectenerg-6009 139 13 4.3 4.3 NUM fuelectenerg-6009 139 14 . . PUNCT fuelectenerg-6009 140 1 losses loss NOUN fuelectenerg-6009 140 2 and and CCONJ fuelectenerg-6009 140 3 efficiency efficiency NOUN fuelectenerg-6009 140 4 the the DET fuelectenerg-6009 140 5 power power NOUN fuelectenerg-6009 140 6 losses loss NOUN fuelectenerg-6009 140 7 in in ADP fuelectenerg-6009 140 8 the the DET fuelectenerg-6009 140 9 electric electric ADJ fuelectenerg-6009 140 10 machines machine NOUN fuelectenerg-6009 140 11 consist consist VERB fuelectenerg-6009 140 12 of of ADP fuelectenerg-6009 140 13 core core NOUN fuelectenerg-6009 140 14 losses loss NOUN fuelectenerg-6009 140 15 ( ( PUNCT fuelectenerg-6009 140 16 ∆pe ∆pe NOUN fuelectenerg-6009 140 17 ) ) PUNCT fuelectenerg-6009 140 18 , , PUNCT fuelectenerg-6009 140 19 copper copper NOUN fuelectenerg-6009 140 20 losses loss NOUN fuelectenerg-6009 140 21 ( ( PUNCT fuelectenerg-6009 140 22 ∆pw ∆pw ADJ fuelectenerg-6009 140 23 ) ) PUNCT fuelectenerg-6009 140 24 and and CCONJ fuelectenerg-6009 140 25 rotational rotational ADJ fuelectenerg-6009 140 26 losses loss NOUN fuelectenerg-6009 140 27 ( ( PUNCT fuelectenerg-6009 140 28 ∆prot ∆prot PROPN fuelectenerg-6009 140 29 ) ) PUNCT fuelectenerg-6009 140 30 . . PUNCT fuelectenerg-6009 141 1 therefore therefore ADV fuelectenerg-6009 141 2 , , PUNCT fuelectenerg-6009 141 3 the the DET fuelectenerg-6009 141 4 total total ADJ fuelectenerg-6009 141 5 power power NOUN fuelectenerg-6009 141 6 losses loss NOUN fuelectenerg-6009 141 7 of of ADP fuelectenerg-6009 141 8 an an DET fuelectenerg-6009 141 9 afpm afpm ADJ fuelectenerg-6009 141 10 machine machine NOUN fuelectenerg-6009 141 11 is be AUX fuelectenerg-6009 141 12 as as SCONJ fuelectenerg-6009 141 13 follows follow VERB fuelectenerg-6009 141 14 : : PUNCT fuelectenerg-6009 141 15 fig fig NOUN fuelectenerg-6009 141 16 . . PUNCT fuelectenerg-6009 142 1 7 7 NUM fuelectenerg-6009 142 2 full full ADJ fuelectenerg-6009 142 3 - - PUNCT fuelectenerg-6009 142 4 load load NOUN fuelectenerg-6009 142 5 torque torque NOUN fuelectenerg-6009 142 6 and and CCONJ fuelectenerg-6009 142 7 cogging cog VERB fuelectenerg-6009 142 8 torque torque NOUN fuelectenerg-6009 142 9 of of ADP fuelectenerg-6009 142 10 proposed propose VERB fuelectenerg-6009 142 11 generators generator NOUN fuelectenerg-6009 142 12 w w PROPN fuelectenerg-6009 142 13 e e NOUN fuelectenerg-6009 142 14 rotp rotp NOUN fuelectenerg-6009 142 15 p p NOUN fuelectenerg-6009 142 16 p p PROPN fuelectenerg-6009 142 17 p p NOUN fuelectenerg-6009 142 18   PROPN fuelectenerg-6009 142 19   NOUN fuelectenerg-6009 142 20   PROPN fuelectenerg-6009 142 21   PROPN fuelectenerg-6009 142 22 ( ( PUNCT fuelectenerg-6009 142 23 17 17 NUM fuelectenerg-6009 142 24 ) ) PUNCT fuelectenerg-6009 142 25 e e NOUN fuelectenerg-6009 142 26 pm pm VERB fuelectenerg-6009 142 27 ep ep PROPN fuelectenerg-6009 142 28 p p PROPN fuelectenerg-6009 142 29 p p PROPN fuelectenerg-6009 142 30   PROPN fuelectenerg-6009 142 31   NOUN fuelectenerg-6009 142 32   PROPN fuelectenerg-6009 142 33 ( ( PUNCT fuelectenerg-6009 142 34 18 18 NUM fuelectenerg-6009 142 35 ) ) PUNCT fuelectenerg-6009 142 36 rot rot VERB fuelectenerg-6009 142 37 fr fr ADJ fuelectenerg-6009 142 38 wind wind NOUN fuelectenerg-6009 142 39 ventp ventp ADV fuelectenerg-6009 142 40 p p X fuelectenerg-6009 142 41 p p PROPN fuelectenerg-6009 142 42 p p NOUN fuelectenerg-6009 142 43   PROPN fuelectenerg-6009 142 44   NOUN fuelectenerg-6009 142 45   PROPN fuelectenerg-6009 142 46   PROPN fuelectenerg-6009 142 47 ( ( PUNCT fuelectenerg-6009 142 48 19 19 NUM fuelectenerg-6009 142 49 ) ) PUNCT fuelectenerg-6009 142 50 where where SCONJ fuelectenerg-6009 142 51 ∆pfe ∆pfe NUM fuelectenerg-6009 142 52 , , PUNCT fuelectenerg-6009 142 53 stator stator NOUN fuelectenerg-6009 142 54 core core NOUN fuelectenerg-6009 142 55 losses loss NOUN fuelectenerg-6009 142 56 ∆ppm ∆ppm ADJ fuelectenerg-6009 142 57 , , PUNCT fuelectenerg-6009 142 58 rotor rotor NOUN fuelectenerg-6009 142 59 core core NOUN fuelectenerg-6009 142 60 losses loss NOUN fuelectenerg-6009 142 61 ∆pfr ∆pfr ADV fuelectenerg-6009 142 62 , , PUNCT fuelectenerg-6009 142 63 pm pm NOUN fuelectenerg-6009 142 64 losses loss NOUN fuelectenerg-6009 142 65 ∆pwind ∆pwind VERB fuelectenerg-6009 142 66 windage windage NOUN fuelectenerg-6009 142 67 losses loss NOUN fuelectenerg-6009 142 68 ∆pven ∆pven ADV fuelectenerg-6009 142 69 , , PUNCT fuelectenerg-6009 142 70 friction friction NOUN fuelectenerg-6009 142 71 , , PUNCT fuelectenerg-6009 142 72 windage windage NOUN fuelectenerg-6009 142 73 and and CCONJ fuelectenerg-6009 142 74 ventilation ventilation NOUN fuelectenerg-6009 142 75 losses loss NOUN fuelectenerg-6009 142 76 , , PUNCT fuelectenerg-6009 142 77 the the DET fuelectenerg-6009 142 78 pms pms PROPN fuelectenerg-6009 142 79 eddy eddy PROPN fuelectenerg-6009 142 80 current current ADJ fuelectenerg-6009 142 81 losses loss NOUN fuelectenerg-6009 142 82 have have VERB fuelectenerg-6009 142 83 a a DET fuelectenerg-6009 142 84 direct direct ADJ fuelectenerg-6009 142 85 impact impact NOUN fuelectenerg-6009 142 86 on on ADP fuelectenerg-6009 142 87 the the DET fuelectenerg-6009 142 88 heat heat NOUN fuelectenerg-6009 142 89 generation generation NOUN fuelectenerg-6009 142 90 , , PUNCT fuelectenerg-6009 142 91 the the DET fuelectenerg-6009 142 92 rotor rotor NOUN fuelectenerg-6009 142 93 temperature temperature NOUN fuelectenerg-6009 142 94 rise rise NOUN fuelectenerg-6009 142 95 and and CCONJ fuelectenerg-6009 142 96 the the DET fuelectenerg-6009 142 97 efficiency efficiency NOUN fuelectenerg-6009 142 98 of of ADP fuelectenerg-6009 142 99 the the DET fuelectenerg-6009 142 100 machine machine NOUN fuelectenerg-6009 143 1 [ [ X fuelectenerg-6009 143 2 16 16 NUM fuelectenerg-6009 143 3 ] ] PUNCT fuelectenerg-6009 143 4 . . PUNCT fuelectenerg-6009 144 1 the the DET fuelectenerg-6009 144 2 resistivity resistivity NOUN fuelectenerg-6009 144 3 of of ADP fuelectenerg-6009 144 4 the the DET fuelectenerg-6009 144 5 nd nd NOUN fuelectenerg-6009 144 6 - - PUNCT fuelectenerg-6009 144 7 fe fe NOUN fuelectenerg-6009 144 8 - - PUNCT fuelectenerg-6009 144 9 b b NOUN fuelectenerg-6009 144 10 pm pm NOUN fuelectenerg-6009 144 11 is be AUX fuelectenerg-6009 144 12 in in ADP fuelectenerg-6009 144 13 the the DET fuelectenerg-6009 144 14 range range NOUN fuelectenerg-6009 144 15 of of ADP fuelectenerg-6009 144 16 110 110 NUM fuelectenerg-6009 144 17 - - PUNCT fuelectenerg-6009 144 18 170×10 170×10 NUM fuelectenerg-6009 144 19 -8 -8 NOUN fuelectenerg-6009 144 20 ωm ωm VERB fuelectenerg-6009 144 21 , , PUNCT fuelectenerg-6009 144 22 and and CCONJ fuelectenerg-6009 144 23 the the DET fuelectenerg-6009 144 24 resistivity resistivity NOUN fuelectenerg-6009 144 25 of of ADP fuelectenerg-6009 144 26 ferrite ferrite NOUN fuelectenerg-6009 144 27 pms pms PROPN fuelectenerg-6009 144 28 is be AUX fuelectenerg-6009 144 29 approximately approximately ADV fuelectenerg-6009 144 30 1000×10 1000×10 NUM fuelectenerg-6009 144 31 -8 -8 NOUN fuelectenerg-6009 144 32 ωm ωm X fuelectenerg-6009 144 33 . . PUNCT fuelectenerg-6009 145 1 the the DET fuelectenerg-6009 145 2 ferrite ferrite ADJ fuelectenerg-6009 145 3 pms pms PROPN fuelectenerg-6009 145 4 is be AUX fuelectenerg-6009 145 5 electrically electrically ADV fuelectenerg-6009 145 6 insulated insulate VERB fuelectenerg-6009 145 7 material material NOUN fuelectenerg-6009 145 8 and and CCONJ fuelectenerg-6009 145 9 electric electric ADJ fuelectenerg-6009 145 10 current current NOUN fuelectenerg-6009 145 11 does do AUX fuelectenerg-6009 145 12 not not PART fuelectenerg-6009 145 13 pass pass VERB fuelectenerg-6009 145 14 it it PRON fuelectenerg-6009 145 15 . . PUNCT fuelectenerg-6009 146 1 due due ADP fuelectenerg-6009 146 2 to to ADP fuelectenerg-6009 146 3 its its PRON fuelectenerg-6009 146 4 relatively relatively ADV fuelectenerg-6009 146 5 high high ADJ fuelectenerg-6009 146 6 resistance resistance NOUN fuelectenerg-6009 146 7 it it PRON fuelectenerg-6009 146 8 is be AUX fuelectenerg-6009 146 9 called call VERB fuelectenerg-6009 146 10 ceramic ceramic ADJ fuelectenerg-6009 146 11 pm pm NOUN fuelectenerg-6009 146 12 . . PUNCT fuelectenerg-6009 147 1 therefore therefore ADV fuelectenerg-6009 147 2 , , PUNCT fuelectenerg-6009 147 3 the the DET fuelectenerg-6009 147 4 ferrite ferrite ADJ fuelectenerg-6009 147 5 pm pm NOUN fuelectenerg-6009 147 6 losses loss NOUN fuelectenerg-6009 147 7 can can AUX fuelectenerg-6009 147 8 be be AUX fuelectenerg-6009 147 9 neglected neglect VERB fuelectenerg-6009 147 10 for for ADP fuelectenerg-6009 147 11 the the DET fuelectenerg-6009 147 12 spoke speak VERB fuelectenerg-6009 147 13 type type NOUN fuelectenerg-6009 147 14 generator generator NOUN fuelectenerg-6009 147 15 [ [ X fuelectenerg-6009 147 16 17 17 NUM fuelectenerg-6009 147 17 ] ] PUNCT fuelectenerg-6009 147 18 . . PUNCT fuelectenerg-6009 148 1 core core NOUN fuelectenerg-6009 148 2 losses loss NOUN fuelectenerg-6009 148 3 in in ADP fuelectenerg-6009 148 4 the the DET fuelectenerg-6009 148 5 surface surface NOUN fuelectenerg-6009 148 6 mounted mount VERB fuelectenerg-6009 148 7 ferrite ferrite NOUN fuelectenerg-6009 148 8 generator generator NOUN fuelectenerg-6009 148 9 are be AUX fuelectenerg-6009 148 10 higher high ADJ fuelectenerg-6009 148 11 than than ADP fuelectenerg-6009 148 12 that that PRON fuelectenerg-6009 148 13 of of ADP fuelectenerg-6009 148 14 the the DET fuelectenerg-6009 148 15 spoke speak VERB fuelectenerg-6009 148 16 type type NOUN fuelectenerg-6009 148 17 and and CCONJ fuelectenerg-6009 148 18 along along ADP fuelectenerg-6009 148 19 with with ADP fuelectenerg-6009 148 20 higher high ADJ fuelectenerg-6009 148 21 copper copper NOUN fuelectenerg-6009 148 22 losses loss NOUN fuelectenerg-6009 148 23 , , PUNCT fuelectenerg-6009 148 24 which which PRON fuelectenerg-6009 148 25 decreases decrease VERB fuelectenerg-6009 148 26 the the DET fuelectenerg-6009 148 27 overall overall ADJ fuelectenerg-6009 148 28 efficiency efficiency NOUN fuelectenerg-6009 148 29 of of ADP fuelectenerg-6009 148 30 the the DET fuelectenerg-6009 148 31 generator generator NOUN fuelectenerg-6009 148 32 . . PUNCT fuelectenerg-6009 149 1 the the DET fuelectenerg-6009 149 2 generators generator NOUN fuelectenerg-6009 149 3 losses loss NOUN fuelectenerg-6009 149 4 components component NOUN fuelectenerg-6009 149 5 have have AUX fuelectenerg-6009 149 6 been be AUX fuelectenerg-6009 149 7 compared compare VERB fuelectenerg-6009 149 8 in in ADP fuelectenerg-6009 149 9 table table NOUN fuelectenerg-6009 149 10 5 5 NUM fuelectenerg-6009 149 11 in in ADP fuelectenerg-6009 149 12 which which PRON fuelectenerg-6009 149 13 the the DET fuelectenerg-6009 149 14 efficiency efficiency NOUN fuelectenerg-6009 149 15 is be AUX fuelectenerg-6009 149 16 estimated estimate VERB fuelectenerg-6009 149 17 by by ADP fuelectenerg-6009 149 18 pout pout NOUN fuelectenerg-6009 149 19 / / PUNCT fuelectenerg-6009 149 20 ( ( PUNCT fuelectenerg-6009 149 21 pout pout X fuelectenerg-6009 149 22 + + NUM fuelectenerg-6009 149 23 δp δp X fuelectenerg-6009 149 24 ) ) PUNCT fuelectenerg-6009 149 25 . . PUNCT fuelectenerg-6009 150 1 table table NOUN fuelectenerg-6009 150 2 5 5 NUM fuelectenerg-6009 150 3 comparison comparison NOUN fuelectenerg-6009 150 4 of of ADP fuelectenerg-6009 150 5 performance performance NOUN fuelectenerg-6009 150 6 of of ADP fuelectenerg-6009 150 7 generators generator NOUN fuelectenerg-6009 150 8 generator generator PROPN fuelectenerg-6009 150 9 nd nd PROPN fuelectenerg-6009 150 10 - - PUNCT fuelectenerg-6009 150 11 fe fe NOUN fuelectenerg-6009 150 12 - - PUNCT fuelectenerg-6009 150 13 b b NOUN fuelectenerg-6009 151 1 [ [ X fuelectenerg-6009 151 2 9 9 NUM fuelectenerg-6009 151 3 ] ] PUNCT fuelectenerg-6009 151 4 spoke speak VERB fuelectenerg-6009 151 5 type type NOUN fuelectenerg-6009 151 6 ferrite ferrite NOUN fuelectenerg-6009 151 7 surface surface NOUN fuelectenerg-6009 151 8 mounted mount VERB fuelectenerg-6009 151 9 ferrite ferrite NOUN fuelectenerg-6009 151 10 electromagnetic electromagnetic ADJ fuelectenerg-6009 151 11 torque torque NOUN fuelectenerg-6009 151 12 ( ( PUNCT fuelectenerg-6009 151 13 nm nm NOUN fuelectenerg-6009 151 14 ) ) PUNCT fuelectenerg-6009 151 15 8.71 8.71 NUM fuelectenerg-6009 151 16 8.67 8.67 NUM fuelectenerg-6009 151 17 6.78 6.78 NUM fuelectenerg-6009 151 18 torque torque NOUN fuelectenerg-6009 151 19 ripple ripple NOUN fuelectenerg-6009 151 20 ( ( PUNCT fuelectenerg-6009 151 21 nm nm NOUN fuelectenerg-6009 151 22 ) ) PUNCT fuelectenerg-6009 151 23 1.073 1.073 NUM fuelectenerg-6009 151 24 0.44 0.44 NUM fuelectenerg-6009 151 25 1.16 1.16 NUM fuelectenerg-6009 151 26 cogging cog VERB fuelectenerg-6009 151 27 torque torque NOUN fuelectenerg-6009 151 28 ( ( PUNCT fuelectenerg-6009 151 29 nm nm NOUN fuelectenerg-6009 151 30 ) ) PUNCT fuelectenerg-6009 151 31 1.563 1.563 NUM fuelectenerg-6009 151 32 0.426 0.426 NUM fuelectenerg-6009 151 33 0.345 0.345 NUM fuelectenerg-6009 151 34 copper copper NOUN fuelectenerg-6009 151 35 losses loss NOUN fuelectenerg-6009 151 36 ( ( PUNCT fuelectenerg-6009 151 37 w w NOUN fuelectenerg-6009 151 38 ) ) PUNCT fuelectenerg-6009 151 39 47 47 NUM fuelectenerg-6009 151 40 51 51 NUM fuelectenerg-6009 151 41 64 64 NUM fuelectenerg-6009 151 42 iron iron NOUN fuelectenerg-6009 151 43 losses loss NOUN fuelectenerg-6009 151 44 ( ( PUNCT fuelectenerg-6009 151 45 w w NOUN fuelectenerg-6009 151 46 ) ) PUNCT fuelectenerg-6009 151 47 16.3 16.3 NUM fuelectenerg-6009 151 48 12.1 12.1 NUM fuelectenerg-6009 151 49 18.1 18.1 NUM fuelectenerg-6009 151 50 efficiency efficiency NOUN fuelectenerg-6009 151 51 @ @ ADP fuelectenerg-6009 151 52 600 600 NUM fuelectenerg-6009 151 53 rpm rpm NOUN fuelectenerg-6009 151 54 ( ( PUNCT fuelectenerg-6009 151 55 % % NOUN fuelectenerg-6009 151 56 ) ) PUNCT fuelectenerg-6009 151 57 83 83 NUM fuelectenerg-6009 151 58 82 82 NUM fuelectenerg-6009 151 59 75 75 NUM fuelectenerg-6009 151 60 562 562 NUM fuelectenerg-6009 151 61 j. j. PROPN fuelectenerg-6009 151 62 faiz faiz PROPN fuelectenerg-6009 151 63 , , PUNCT fuelectenerg-6009 151 64 t. t. PROPN fuelectenerg-6009 151 65 asefi asefi PROPN fuelectenerg-6009 151 66 , , PUNCT fuelectenerg-6009 151 67 m. m. NOUN fuelectenerg-6009 151 68 a. a. PROPN fuelectenerg-6009 151 69 khan khan PROPN fuelectenerg-6009 151 70 4.4 4.4 NUM fuelectenerg-6009 151 71 . . PUNCT fuelectenerg-6009 152 1 tapered tapered ADJ fuelectenerg-6009 152 2 pole pole PROPN fuelectenerg-6009 152 3 machine machine NOUN fuelectenerg-6009 152 4 fig fig NOUN fuelectenerg-6009 152 5 . . PUNCT fuelectenerg-6009 153 1 8a 8a PROPN fuelectenerg-6009 153 2 presents present VERB fuelectenerg-6009 153 3 the the DET fuelectenerg-6009 153 4 pm pm NOUN fuelectenerg-6009 153 5 magnetic magnetic ADJ fuelectenerg-6009 153 6 flux flux NOUN fuelectenerg-6009 153 7 density density NOUN fuelectenerg-6009 153 8 distribution distribution NOUN fuelectenerg-6009 153 9 in in ADP fuelectenerg-6009 153 10 a a DET fuelectenerg-6009 153 11 non non ADJ fuelectenerg-6009 153 12 - - ADJ fuelectenerg-6009 153 13 tapered tapered ADJ fuelectenerg-6009 153 14 radial radial ADJ fuelectenerg-6009 153 15 sided sided ADJ fuelectenerg-6009 153 16 pole pole NOUN fuelectenerg-6009 153 17 machine machine NOUN fuelectenerg-6009 153 18 . . PUNCT fuelectenerg-6009 154 1 it it PRON fuelectenerg-6009 154 2 is be AUX fuelectenerg-6009 154 3 clear clear ADJ fuelectenerg-6009 154 4 that that SCONJ fuelectenerg-6009 154 5 the the DET fuelectenerg-6009 154 6 pole pole NOUN fuelectenerg-6009 154 7 is be AUX fuelectenerg-6009 154 8 partially partially ADV fuelectenerg-6009 154 9 saturated saturate VERB fuelectenerg-6009 154 10 , , PUNCT fuelectenerg-6009 154 11 therefore therefore ADV fuelectenerg-6009 154 12 , , PUNCT fuelectenerg-6009 154 13 the the DET fuelectenerg-6009 154 14 iron iron NOUN fuelectenerg-6009 154 15 of of ADP fuelectenerg-6009 154 16 the the DET fuelectenerg-6009 154 17 rotor rotor NOUN fuelectenerg-6009 154 18 has have AUX fuelectenerg-6009 154 19 not not PART fuelectenerg-6009 154 20 been be AUX fuelectenerg-6009 154 21 optimally optimally ADV fuelectenerg-6009 154 22 used use VERB fuelectenerg-6009 154 23 . . PUNCT fuelectenerg-6009 155 1 fig fig NOUN fuelectenerg-6009 155 2 . . PUNCT fuelectenerg-6009 156 1 8b 8b PROPN fuelectenerg-6009 156 2 shows show VERB fuelectenerg-6009 156 3 the the DET fuelectenerg-6009 156 4 tapered tapered ADJ fuelectenerg-6009 156 5 pole pole NOUN fuelectenerg-6009 156 6 which which PRON fuelectenerg-6009 156 7 makes make VERB fuelectenerg-6009 156 8 possible possible ADJ fuelectenerg-6009 156 9 to to PART fuelectenerg-6009 156 10 use use VERB fuelectenerg-6009 156 11 iron iron NOUN fuelectenerg-6009 156 12 optimally optimally ADV fuelectenerg-6009 156 13 . . PUNCT fuelectenerg-6009 157 1 the the DET fuelectenerg-6009 157 2 peak peak NOUN fuelectenerg-6009 157 3 - - PUNCT fuelectenerg-6009 157 4 to to ADP fuelectenerg-6009 157 5 - - PUNCT fuelectenerg-6009 157 6 peak peak NOUN fuelectenerg-6009 157 7 cogging cogging ADJ fuelectenerg-6009 157 8 torque torque NOUN fuelectenerg-6009 157 9 drops drop NOUN fuelectenerg-6009 157 10 to to ADP fuelectenerg-6009 157 11 205 205 NUM fuelectenerg-6009 157 12 mnm mnm ADJ fuelectenerg-6009 157 13 , , PUNCT fuelectenerg-6009 157 14 the the DET fuelectenerg-6009 157 15 reason reason NOUN fuelectenerg-6009 157 16 is be AUX fuelectenerg-6009 157 17 the the DET fuelectenerg-6009 157 18 saturation saturation NOUN fuelectenerg-6009 157 19 of of ADP fuelectenerg-6009 157 20 the the DET fuelectenerg-6009 157 21 pole pole NOUN fuelectenerg-6009 157 22 . . PUNCT fuelectenerg-6009 158 1 as as SCONJ fuelectenerg-6009 158 2 shown show VERB fuelectenerg-6009 158 3 in in ADP fuelectenerg-6009 158 4 fig fig NOUN fuelectenerg-6009 158 5 . . PUNCT fuelectenerg-6009 159 1 7 7 NUM fuelectenerg-6009 159 2 , , PUNCT fuelectenerg-6009 159 3 the the DET fuelectenerg-6009 159 4 torque torque NOUN fuelectenerg-6009 159 5 ripple ripple NOUN fuelectenerg-6009 159 6 rises rise VERB fuelectenerg-6009 159 7 due due ADJ fuelectenerg-6009 159 8 to to ADP fuelectenerg-6009 159 9 the the DET fuelectenerg-6009 159 10 non non ADJ fuelectenerg-6009 159 11 - - ADJ fuelectenerg-6009 159 12 linear linear ADJ fuelectenerg-6009 159 13 behaviour behaviour NOUN fuelectenerg-6009 159 14 of of ADP fuelectenerg-6009 159 15 the the DET fuelectenerg-6009 159 16 core core NOUN fuelectenerg-6009 159 17 material material NOUN fuelectenerg-6009 159 18 ; ; PUNCT fuelectenerg-6009 159 19 and and CCONJ fuelectenerg-6009 159 20 electromagnetic electromagnetic ADJ fuelectenerg-6009 159 21 torque torque NOUN fuelectenerg-6009 159 22 is be AUX fuelectenerg-6009 159 23 not not PART fuelectenerg-6009 159 24 developed develop VERB fuelectenerg-6009 159 25 . . PUNCT fuelectenerg-6009 160 1 on on ADP fuelectenerg-6009 160 2 the the DET fuelectenerg-6009 160 3 other other ADJ fuelectenerg-6009 160 4 hand hand NOUN fuelectenerg-6009 160 5 , , PUNCT fuelectenerg-6009 160 6 the the DET fuelectenerg-6009 160 7 generator generator NOUN fuelectenerg-6009 160 8 active active ADJ fuelectenerg-6009 160 9 material material NOUN fuelectenerg-6009 160 10 is be AUX fuelectenerg-6009 160 11 reduced reduce VERB fuelectenerg-6009 160 12 from from ADP fuelectenerg-6009 160 13 8.45 8.45 NUM fuelectenerg-6009 160 14 kg kg NOUN fuelectenerg-6009 160 15 to to ADP fuelectenerg-6009 160 16 7.55 7.55 NUM fuelectenerg-6009 160 17 kg kg NOUN fuelectenerg-6009 160 18 . . PUNCT fuelectenerg-6009 161 1 fig fig NOUN fuelectenerg-6009 161 2 . . PUNCT fuelectenerg-6009 162 1 9 9 NUM fuelectenerg-6009 162 2 exhibits exhibit VERB fuelectenerg-6009 162 3 the the DET fuelectenerg-6009 162 4 full full ADJ fuelectenerg-6009 162 5 load load NOUN fuelectenerg-6009 162 6 torques torque NOUN fuelectenerg-6009 162 7 , , PUNCT fuelectenerg-6009 162 8 and and CCONJ fuelectenerg-6009 162 9 cogging cog VERB fuelectenerg-6009 162 10 torques torque NOUN fuelectenerg-6009 162 11 of of ADP fuelectenerg-6009 162 12 tapered tapered ADJ fuelectenerg-6009 162 13 parallel parallel ADJ fuelectenerg-6009 162 14 and and CCONJ fuelectenerg-6009 162 15 non non ADJ fuelectenerg-6009 162 16 - - ADJ fuelectenerg-6009 162 17 tapered tapered ADJ fuelectenerg-6009 162 18 radial radial ADJ fuelectenerg-6009 162 19 sided sided ADJ fuelectenerg-6009 162 20 ferrite ferrite ADJ fuelectenerg-6009 162 21 generators generator NOUN fuelectenerg-6009 162 22 . . PUNCT fuelectenerg-6009 163 1 fig fig NOUN fuelectenerg-6009 163 2 . . PUNCT fuelectenerg-6009 164 1 7 7 NUM fuelectenerg-6009 164 2 ( ( PUNCT fuelectenerg-6009 164 3 a a PRON fuelectenerg-6009 164 4 ) ) PUNCT fuelectenerg-6009 164 5 flux flux NOUN fuelectenerg-6009 164 6 concentration concentration NOUN fuelectenerg-6009 164 7 in in ADP fuelectenerg-6009 164 8 radial radial ADJ fuelectenerg-6009 164 9 sided sided ADJ fuelectenerg-6009 164 10 pole pole NOUN fuelectenerg-6009 164 11 and and CCONJ fuelectenerg-6009 164 12 ( ( PUNCT fuelectenerg-6009 164 13 b b NOUN fuelectenerg-6009 164 14 ) ) PUNCT fuelectenerg-6009 164 15 tapered tapered ADJ fuelectenerg-6009 164 16 parallel parallel ADJ fuelectenerg-6009 164 17 sided sided ADJ fuelectenerg-6009 164 18 pole pole NOUN fuelectenerg-6009 164 19 . . PUNCT fuelectenerg-6009 165 1 ( ( PUNCT fuelectenerg-6009 165 2 a a X fuelectenerg-6009 165 3 ) ) PUNCT fuelectenerg-6009 165 4 ( ( PUNCT fuelectenerg-6009 165 5 b b X fuelectenerg-6009 165 6 ) ) PUNCT fuelectenerg-6009 165 7 fig fig NOUN fuelectenerg-6009 165 8 . . PUNCT fuelectenerg-6009 166 1 8 8 NUM fuelectenerg-6009 166 2 ( ( PUNCT fuelectenerg-6009 166 3 a a NOUN fuelectenerg-6009 166 4 ) ) PUNCT fuelectenerg-6009 166 5 full full ADJ fuelectenerg-6009 166 6 load load NOUN fuelectenerg-6009 166 7 torques torque NOUN fuelectenerg-6009 166 8 , , PUNCT fuelectenerg-6009 166 9 and and CCONJ fuelectenerg-6009 166 10 ( ( PUNCT fuelectenerg-6009 166 11 b b NOUN fuelectenerg-6009 166 12 ) ) PUNCT fuelectenerg-6009 166 13 cogging cog VERB fuelectenerg-6009 166 14 torques torque NOUN fuelectenerg-6009 166 15 of of ADP fuelectenerg-6009 166 16 tapered tapered ADJ fuelectenerg-6009 166 17 parallel parallel ADJ fuelectenerg-6009 166 18 and and CCONJ fuelectenerg-6009 166 19 non non ADJ fuelectenerg-6009 166 20 - - ADJ fuelectenerg-6009 166 21 tapered tapered ADJ fuelectenerg-6009 166 22 radial radial ADJ fuelectenerg-6009 166 23 sided sided ADJ fuelectenerg-6009 166 24 ferrite ferrite ADJ fuelectenerg-6009 166 25 generators generator NOUN fuelectenerg-6009 166 26 . . PUNCT fuelectenerg-6009 167 1 4.5 4.5 NUM fuelectenerg-6009 167 2 . . PUNCT fuelectenerg-6009 167 3 minimization minimization NOUN fuelectenerg-6009 167 4 of of ADP fuelectenerg-6009 167 5 cogging cog VERB fuelectenerg-6009 167 6 torque torque NOUN fuelectenerg-6009 167 7 there there PRON fuelectenerg-6009 167 8 are be VERB fuelectenerg-6009 167 9 different different ADJ fuelectenerg-6009 167 10 cogging cog VERB fuelectenerg-6009 167 11 torque torque NOUN fuelectenerg-6009 167 12 waveforms waveform NOUN fuelectenerg-6009 167 13 for for ADP fuelectenerg-6009 167 14 various various ADJ fuelectenerg-6009 167 15 machines machine NOUN fuelectenerg-6009 167 16 . . PUNCT fuelectenerg-6009 168 1 these these DET fuelectenerg-6009 168 2 waveforms waveform NOUN fuelectenerg-6009 168 3 contain contain VERB fuelectenerg-6009 168 4 valuable valuable ADJ fuelectenerg-6009 168 5 information information NOUN fuelectenerg-6009 168 6 from from ADP fuelectenerg-6009 168 7 the the DET fuelectenerg-6009 168 8 machines machine NOUN fuelectenerg-6009 168 9 . . PUNCT fuelectenerg-6009 169 1 the the DET fuelectenerg-6009 169 2 cogging cog VERB fuelectenerg-6009 169 3 torque torque NOUN fuelectenerg-6009 169 4 can can AUX fuelectenerg-6009 169 5 be be AUX fuelectenerg-6009 169 6 estimated estimate VERB fuelectenerg-6009 169 7 by by ADP fuelectenerg-6009 169 8 quasi-3d quasi-3d ADV fuelectenerg-6009 169 9 multi multi ADJ fuelectenerg-6009 169 10 - - ADJ fuelectenerg-6009 169 11 slice slice ADJ fuelectenerg-6009 169 12 model model NOUN fuelectenerg-6009 169 13 as as SCONJ fuelectenerg-6009 169 14 follows follow VERB fuelectenerg-6009 169 15 : : PUNCT fuelectenerg-6009 169 16   NOUN fuelectenerg-6009 170 1   PROPN fuelectenerg-6009 170 2 3 3 NUM fuelectenerg-6009 170 3 3 3 NUM fuelectenerg-6009 170 4 ( ( PUNCT fuelectenerg-6009 170 5 , , PUNCT fuelectenerg-6009 170 6 ) ) PUNCT fuelectenerg-6009 170 7 ( ( PUNCT fuelectenerg-6009 170 8 , , PUNCT fuelectenerg-6009 170 9 ) ) PUNCT fuelectenerg-6009 170 10 ( ( PUNCT fuelectenerg-6009 170 11 , , PUNCT fuelectenerg-6009 170 12 ) ) PUNCT fuelectenerg-6009 170 13 ( ( PUNCT fuelectenerg-6009 170 14 , , PUNCT fuelectenerg-6009 170 15 ) ) PUNCT fuelectenerg-6009 170 16 10 10 NUM fuelectenerg-6009 170 17 1 1 NUM fuelectenerg-6009 170 18 4 4 NUM fuelectenerg-6009 170 19 2 2 NUM fuelectenerg-6009 170 20 3 3 NUM fuelectenerg-6009 170 21 1 1 NUM fuelectenerg-6009 170 22 ( ( PUNCT fuelectenerg-6009 170 23 ) ) PUNCT fuelectenerg-6009 170 24 θ θ PROPN fuelectenerg-6009 170 25 3μ 3μ NUM fuelectenerg-6009 170 26 ( ( PUNCT fuelectenerg-6009 170 27 ) ) PUNCT fuelectenerg-6009 170 28 c c PROPN fuelectenerg-6009 170 29 cs cs PROPN fuelectenerg-6009 170 30 isn isn VERB fuelectenerg-6009 170 31 cog cog PROPN fuelectenerg-6009 170 32 iii iii PROPN fuelectenerg-6009 170 33 s s PROPN fuelectenerg-6009 170 34 iii iii NUM fuelectenerg-6009 170 35 s s X fuelectenerg-6009 170 36 iii iii NUM fuelectenerg-6009 170 37 s s NOUN fuelectenerg-6009 170 38 iii iii NUM fuelectenerg-6009 170 39 s s X fuelectenerg-6009 170 40 s s NOUN fuelectenerg-6009 170 41 n n CCONJ fuelectenerg-6009 170 42 n n CCONJ fuelectenerg-6009 170 43 n n CCONJ fuelectenerg-6009 170 44 n n CCONJ fuelectenerg-6009 170 45 n n NOUN fuelectenerg-6009 170 46 r r NOUN fuelectenerg-6009 170 47 r r NOUN fuelectenerg-6009 170 48 t t PROPN fuelectenerg-6009 170 49 a a DET fuelectenerg-6009 170 50 a a DET fuelectenerg-6009 170 51 a a DET fuelectenerg-6009 170 52 a a DET fuelectenerg-6009 170 53   NOUN fuelectenerg-6009 170 54   X fuelectenerg-6009 170 55   PRON fuelectenerg-6009 170 56   NUM fuelectenerg-6009 170 57   PROPN fuelectenerg-6009 170 58   PROPN fuelectenerg-6009 170 59   NOUN fuelectenerg-6009 170 60   NOUN fuelectenerg-6009 170 61   NUM fuelectenerg-6009 170 62   NOUN fuelectenerg-6009 170 63   PUNCT fuelectenerg-6009 170 64   NOUN fuelectenerg-6009 170 65   NOUN fuelectenerg-6009 170 66   PROPN fuelectenerg-6009 170 67   PROPN fuelectenerg-6009 170 68   X fuelectenerg-6009 170 69   X fuelectenerg-6009 170 70 ( ( PUNCT fuelectenerg-6009 170 71 20 20 NUM fuelectenerg-6009 170 72 ) ) PUNCT fuelectenerg-6009 170 73 design design NOUN fuelectenerg-6009 170 74 of of ADP fuelectenerg-6009 170 75 pm pm NOUN fuelectenerg-6009 170 76 generator generator NOUN fuelectenerg-6009 170 77 with with ADP fuelectenerg-6009 170 78 ferrite ferrite NOUN fuelectenerg-6009 170 79 and and CCONJ fuelectenerg-6009 170 80 rare rare ADJ fuelectenerg-6009 170 81 - - PUNCT fuelectenerg-6009 170 82 earth earth NOUN fuelectenerg-6009 170 83 magnets magnet NOUN fuelectenerg-6009 170 84 563 563 NUM fuelectenerg-6009 170 85 many many ADJ fuelectenerg-6009 170 86 attempts attempt NOUN fuelectenerg-6009 170 87 have have AUX fuelectenerg-6009 170 88 been be AUX fuelectenerg-6009 170 89 made make VERB fuelectenerg-6009 170 90 to to PART fuelectenerg-6009 170 91 address address VERB fuelectenerg-6009 170 92 the the DET fuelectenerg-6009 170 93 cogging cog VERB fuelectenerg-6009 170 94 torque torque NOUN fuelectenerg-6009 170 95 in in ADP fuelectenerg-6009 170 96 axial axial ADJ fuelectenerg-6009 170 97 flux flux NOUN fuelectenerg-6009 170 98 machines machine NOUN fuelectenerg-6009 171 1 [ [ X fuelectenerg-6009 171 2 18 18 NUM fuelectenerg-6009 171 3 ] ] PUNCT fuelectenerg-6009 171 4 . . PUNCT fuelectenerg-6009 172 1 however however ADV fuelectenerg-6009 172 2 , , PUNCT fuelectenerg-6009 172 3 to to PART fuelectenerg-6009 172 4 analyse analyse VERB fuelectenerg-6009 172 5 the the DET fuelectenerg-6009 172 6 cogging cog VERB fuelectenerg-6009 172 7 torque torque NOUN fuelectenerg-6009 172 8 of of ADP fuelectenerg-6009 172 9 the the DET fuelectenerg-6009 172 10 spoke speak VERB fuelectenerg-6009 172 11 type type NOUN fuelectenerg-6009 172 12 generators generator NOUN fuelectenerg-6009 172 13 , , PUNCT fuelectenerg-6009 172 14 fem fem PROPN fuelectenerg-6009 172 15 is be AUX fuelectenerg-6009 172 16 the the DET fuelectenerg-6009 172 17 most most ADV fuelectenerg-6009 172 18 efficient efficient ADJ fuelectenerg-6009 172 19 and and CCONJ fuelectenerg-6009 172 20 reliable reliable ADJ fuelectenerg-6009 172 21 method method NOUN fuelectenerg-6009 172 22 . . PUNCT fuelectenerg-6009 173 1 a a DET fuelectenerg-6009 173 2 more more ADJ fuelectenerg-6009 173 3 distortion distortion NOUN fuelectenerg-6009 173 4 in in ADP fuelectenerg-6009 173 5 the the DET fuelectenerg-6009 173 6 cogging cog VERB fuelectenerg-6009 173 7 torque torque NOUN fuelectenerg-6009 173 8 generates generate VERB fuelectenerg-6009 173 9 more more ADJ fuelectenerg-6009 173 10 thd thd NOUN fuelectenerg-6009 173 11 in in ADP fuelectenerg-6009 173 12 the the DET fuelectenerg-6009 173 13 resultant resultant NOUN fuelectenerg-6009 173 14 back back ADV fuelectenerg-6009 173 15 emf emf NOUN fuelectenerg-6009 173 16 waveform waveform NOUN fuelectenerg-6009 173 17 . . PUNCT fuelectenerg-6009 174 1 it it PRON fuelectenerg-6009 174 2 is be AUX fuelectenerg-6009 174 3 evident evident ADJ fuelectenerg-6009 174 4 from from ADP fuelectenerg-6009 174 5 the the DET fuelectenerg-6009 174 6 resultant resultant NOUN fuelectenerg-6009 174 7 cogging cog VERB fuelectenerg-6009 174 8 torques torque NOUN fuelectenerg-6009 174 9 shown show VERB fuelectenerg-6009 174 10 in in ADP fuelectenerg-6009 174 11 fig fig NOUN fuelectenerg-6009 174 12 . . PUNCT fuelectenerg-6009 175 1 10 10 NUM fuelectenerg-6009 175 2 that that SCONJ fuelectenerg-6009 175 3 the the DET fuelectenerg-6009 175 4 smaller small ADJ fuelectenerg-6009 175 5 pole pole NOUN fuelectenerg-6009 175 6 arc arc NOUN fuelectenerg-6009 175 7 / / SYM fuelectenerg-6009 175 8 pole pole NOUN fuelectenerg-6009 175 9 pitch pitch NOUN fuelectenerg-6009 175 10 ratio ratio NOUN fuelectenerg-6009 175 11 leads lead VERB fuelectenerg-6009 175 12 to to ADP fuelectenerg-6009 175 13 a a DET fuelectenerg-6009 175 14 more more ADV fuelectenerg-6009 175 15 sinusoidal sinusoidal ADJ fuelectenerg-6009 175 16 cogging cog VERB fuelectenerg-6009 175 17 torque torque NOUN fuelectenerg-6009 175 18 waveform waveform NOUN fuelectenerg-6009 175 19 . . PUNCT fuelectenerg-6009 176 1 cogging cog VERB fuelectenerg-6009 176 2 torque torque NOUN fuelectenerg-6009 176 3 waveforms waveform NOUN fuelectenerg-6009 176 4 for for ADP fuelectenerg-6009 176 5 different different ADJ fuelectenerg-6009 176 6 pole pole NOUN fuelectenerg-6009 176 7 arc arc NOUN fuelectenerg-6009 176 8 / / SYM fuelectenerg-6009 176 9 pole pole NOUN fuelectenerg-6009 176 10 pitch pitch NOUN fuelectenerg-6009 176 11 ratios ratio NOUN fuelectenerg-6009 176 12 ( ( PUNCT fuelectenerg-6009 176 13 0.3 0.3 NUM fuelectenerg-6009 176 14 , , PUNCT fuelectenerg-6009 176 15 0.4 0.4 NUM fuelectenerg-6009 176 16 , , PUNCT fuelectenerg-6009 176 17 0.5 0.5 NUM fuelectenerg-6009 176 18 , , PUNCT fuelectenerg-6009 176 19 0.6 0.6 NUM fuelectenerg-6009 176 20 and and CCONJ fuelectenerg-6009 176 21 0.75 0.75 NUM fuelectenerg-6009 176 22 ) ) PUNCT fuelectenerg-6009 176 23 , , PUNCT fuelectenerg-6009 176 24 are be AUX fuelectenerg-6009 176 25 investigated investigate VERB fuelectenerg-6009 176 26 and and CCONJ fuelectenerg-6009 176 27 ratios ratio NOUN fuelectenerg-6009 176 28 of of ADP fuelectenerg-6009 176 29 0.3 0.3 NUM fuelectenerg-6009 176 30 and and CCONJ fuelectenerg-6009 176 31 0.75 0.75 NUM fuelectenerg-6009 176 32 are be AUX fuelectenerg-6009 176 33 shown show VERB fuelectenerg-6009 176 34 in in ADP fuelectenerg-6009 176 35 fig fig NOUN fuelectenerg-6009 176 36 . . PUNCT fuelectenerg-6009 177 1 9 9 NUM fuelectenerg-6009 177 2 for for ADP fuelectenerg-6009 177 3 spoke speak VERB fuelectenerg-6009 177 4 type type NOUN fuelectenerg-6009 177 5 generator generator NOUN fuelectenerg-6009 177 6 . . PUNCT fuelectenerg-6009 178 1 the the DET fuelectenerg-6009 178 2 ratio ratio NOUN fuelectenerg-6009 178 3 of of ADP fuelectenerg-6009 178 4 0.3 0.3 NUM fuelectenerg-6009 178 5 has have VERB fuelectenerg-6009 178 6 the the DET fuelectenerg-6009 178 7 highest high ADJ fuelectenerg-6009 178 8 peak peak NOUN fuelectenerg-6009 178 9 - - PUNCT fuelectenerg-6009 178 10 to to ADP fuelectenerg-6009 178 11 - - PUNCT fuelectenerg-6009 178 12 peak peak NOUN fuelectenerg-6009 178 13 cogging cog VERB fuelectenerg-6009 178 14 torque torque NOUN fuelectenerg-6009 178 15 and and CCONJ fuelectenerg-6009 178 16 the the DET fuelectenerg-6009 178 17 minimum minimum ADJ fuelectenerg-6009 178 18 cogging cog VERB fuelectenerg-6009 178 19 torque torque NOUN fuelectenerg-6009 178 20 is be AUX fuelectenerg-6009 178 21 obtained obtain VERB fuelectenerg-6009 178 22 for for ADP fuelectenerg-6009 178 23 ratio ratio NOUN fuelectenerg-6009 178 24 of of ADP fuelectenerg-6009 178 25 0.75 0.75 NUM fuelectenerg-6009 178 26 . . PUNCT fuelectenerg-6009 179 1 cogging cog VERB fuelectenerg-6009 179 2 torque torque NOUN fuelectenerg-6009 179 3 for for ADP fuelectenerg-6009 179 4 ratios ratio NOUN fuelectenerg-6009 179 5 higher high ADJ fuelectenerg-6009 179 6 than than ADP fuelectenerg-6009 179 7 0.75 0.75 NUM fuelectenerg-6009 179 8 has have AUX fuelectenerg-6009 179 9 not not PART fuelectenerg-6009 179 10 been be AUX fuelectenerg-6009 179 11 investigated investigate VERB fuelectenerg-6009 179 12 , , PUNCT fuelectenerg-6009 179 13 because because SCONJ fuelectenerg-6009 179 14 it it PRON fuelectenerg-6009 179 15 results result VERB fuelectenerg-6009 179 16 in in ADP fuelectenerg-6009 179 17 large large ADJ fuelectenerg-6009 179 18 inter inter ADJ fuelectenerg-6009 179 19 - - ADJ fuelectenerg-6009 179 20 polar polar ADJ fuelectenerg-6009 179 21 flux flux NOUN fuelectenerg-6009 179 22 leakage leakage NOUN fuelectenerg-6009 179 23 , , PUNCT fuelectenerg-6009 179 24 which which PRON fuelectenerg-6009 179 25 leads lead VERB fuelectenerg-6009 179 26 to to ADP fuelectenerg-6009 179 27 a a DET fuelectenerg-6009 179 28 high high ADJ fuelectenerg-6009 179 29 magnetic magnetic ADJ fuelectenerg-6009 179 30 flux flux NOUN fuelectenerg-6009 179 31 density density NOUN fuelectenerg-6009 179 32 in in ADP fuelectenerg-6009 179 33 the the DET fuelectenerg-6009 179 34 rotor rotor NOUN fuelectenerg-6009 179 35 pole pole NOUN fuelectenerg-6009 179 36 - - PUNCT fuelectenerg-6009 179 37 body body NOUN fuelectenerg-6009 179 38 and and CCONJ fuelectenerg-6009 179 39 improper improper ADJ fuelectenerg-6009 179 40 flux flux NOUN fuelectenerg-6009 179 41 distribution distribution NOUN fuelectenerg-6009 179 42 over over ADP fuelectenerg-6009 179 43 the the DET fuelectenerg-6009 179 44 whole whole ADJ fuelectenerg-6009 179 45 stator stator NOUN fuelectenerg-6009 179 46 . . PUNCT fuelectenerg-6009 180 1 an an DET fuelectenerg-6009 180 2 air air NOUN fuelectenerg-6009 180 3 gap gap NOUN fuelectenerg-6009 180 4 improper improper ADJ fuelectenerg-6009 180 5 flux flux NOUN fuelectenerg-6009 180 6 distribution distribution NOUN fuelectenerg-6009 180 7 at at ADP fuelectenerg-6009 180 8 α=0.75 α=0.75 ADJ fuelectenerg-6009 180 9 is be AUX fuelectenerg-6009 180 10 seen see VERB fuelectenerg-6009 180 11 clearly clearly ADV fuelectenerg-6009 180 12 from from ADP fuelectenerg-6009 180 13 the the DET fuelectenerg-6009 180 14 cogging cog VERB fuelectenerg-6009 180 15 torque torque NOUN fuelectenerg-6009 180 16 waveform waveform NOUN fuelectenerg-6009 180 17 . . PUNCT fuelectenerg-6009 181 1 also also ADV fuelectenerg-6009 181 2 , , PUNCT fuelectenerg-6009 181 3 for for ADP fuelectenerg-6009 181 4 each each DET fuelectenerg-6009 181 5 value value NOUN fuelectenerg-6009 181 6 of of ADP fuelectenerg-6009 181 7 α α NOUN fuelectenerg-6009 181 8 , , PUNCT fuelectenerg-6009 181 9 pm pm NOUN fuelectenerg-6009 181 10 flux flux NOUN fuelectenerg-6009 181 11 leakage leakage NOUN fuelectenerg-6009 181 12 is be AUX fuelectenerg-6009 181 13 calculated calculate VERB fuelectenerg-6009 181 14 . . PUNCT fuelectenerg-6009 182 1 due due ADP fuelectenerg-6009 182 2 to to ADP fuelectenerg-6009 182 3 larger large ADJ fuelectenerg-6009 182 4 inter inter ADJ fuelectenerg-6009 182 5 - - ADJ fuelectenerg-6009 182 6 polar polar ADJ fuelectenerg-6009 182 7 flux flux NOUN fuelectenerg-6009 182 8 leakage leakage NOUN fuelectenerg-6009 182 9 for for ADP fuelectenerg-6009 182 10 higher high ADJ fuelectenerg-6009 182 11 α α NOUN fuelectenerg-6009 182 12 , , PUNCT fuelectenerg-6009 182 13 flux flux NOUN fuelectenerg-6009 182 14 leakages leakage NOUN fuelectenerg-6009 182 15 increases increase VERB fuelectenerg-6009 182 16 from from ADP fuelectenerg-6009 182 17 15.4 15.4 NUM fuelectenerg-6009 182 18 % % NOUN fuelectenerg-6009 182 19 at at ADP fuelectenerg-6009 182 20 α=0.3 α=0.3 ADV fuelectenerg-6009 182 21 to to ADP fuelectenerg-6009 182 22 17.2 17.2 NUM fuelectenerg-6009 182 23 % % NOUN fuelectenerg-6009 182 24 at at ADP fuelectenerg-6009 182 25 α=0.75 α=0.75 PROPN fuelectenerg-6009 182 26 . . PUNCT fuelectenerg-6009 183 1 in in ADP fuelectenerg-6009 183 2 table table NOUN fuelectenerg-6009 183 3 6 6 NUM fuelectenerg-6009 183 4 , , PUNCT fuelectenerg-6009 183 5 φm1 φm1 PRON fuelectenerg-6009 183 6 and and CCONJ fuelectenerg-6009 183 7 φm2 φm2 NOUN fuelectenerg-6009 183 8 is be AUX fuelectenerg-6009 183 9 the the DET fuelectenerg-6009 183 10 flux flux NOUN fuelectenerg-6009 183 11 through through ADP fuelectenerg-6009 183 12 pms pm NOUN fuelectenerg-6009 183 13 contributing contribute VERB fuelectenerg-6009 183 14 in in ADP fuelectenerg-6009 183 15 the the DET fuelectenerg-6009 183 16 flux flux NOUN fuelectenerg-6009 183 17 of of ADP fuelectenerg-6009 183 18 one one NUM fuelectenerg-6009 183 19 pole pole NOUN fuelectenerg-6009 183 20 in in ADP fuelectenerg-6009 183 21 spoke speak VERB fuelectenerg-6009 183 22 type type NOUN fuelectenerg-6009 183 23 generator generator NOUN fuelectenerg-6009 183 24 and and CCONJ fuelectenerg-6009 183 25 φagap φagap NOUN fuelectenerg-6009 183 26 is be AUX fuelectenerg-6009 183 27 the the DET fuelectenerg-6009 183 28 air air NOUN fuelectenerg-6009 183 29 gap gap NOUN fuelectenerg-6009 183 30 flux flux NOUN fuelectenerg-6009 183 31 through through ADP fuelectenerg-6009 183 32 one one NUM fuelectenerg-6009 183 33 pole pole NOUN fuelectenerg-6009 183 34 . . PUNCT fuelectenerg-6009 184 1 fig fig NOUN fuelectenerg-6009 184 2 . . PUNCT fuelectenerg-6009 185 1 9 9 NUM fuelectenerg-6009 185 2 higher high ADJ fuelectenerg-6009 185 3 α α PROPN fuelectenerg-6009 185 4 increases increase VERB fuelectenerg-6009 185 5 cogging cog VERB fuelectenerg-6009 185 6 torque torque NOUN fuelectenerg-6009 185 7 distortion distortion NOUN fuelectenerg-6009 185 8 . . PUNCT fuelectenerg-6009 186 1 table table NOUN fuelectenerg-6009 186 2 6 6 NUM fuelectenerg-6009 186 3 flux flux NOUN fuelectenerg-6009 186 4 leakages leakage NOUN fuelectenerg-6009 186 5 for for ADP fuelectenerg-6009 186 6 different different ADJ fuelectenerg-6009 186 7 α α PROPN fuelectenerg-6009 186 8 α α NOUN fuelectenerg-6009 186 9 0.3 0.3 NUM fuelectenerg-6009 186 10 0.5 0.5 NUM fuelectenerg-6009 186 11 0.675 0.675 NUM fuelectenerg-6009 186 12 0.75 0.75 NUM fuelectenerg-6009 186 13 φm1 φm1 NOUN fuelectenerg-6009 186 14 ( ( PUNCT fuelectenerg-6009 186 15 mwb mwb PROPN fuelectenerg-6009 186 16 ) ) PUNCT fuelectenerg-6009 186 17 0.2979 0.2979 NUM fuelectenerg-6009 186 18 0.2979 0.2979 NUM fuelectenerg-6009 186 19 0.2974 0.2974 NUM fuelectenerg-6009 186 20 0.2969 0.2969 NUM fuelectenerg-6009 186 21 φm2 φm2 X fuelectenerg-6009 186 22 ( ( PUNCT fuelectenerg-6009 186 23 mwb mwb PROPN fuelectenerg-6009 186 24 ) ) PUNCT fuelectenerg-6009 186 25 0.2977 0.2977 NUM fuelectenerg-6009 186 26 0.2976 0.2976 NUM fuelectenerg-6009 186 27 0.2980 0.2980 NUM fuelectenerg-6009 186 28 0.2969 0.2969 NUM fuelectenerg-6009 186 29 φagap φagap NOUN fuelectenerg-6009 186 30 ( ( PUNCT fuelectenerg-6009 186 31 mwb mwb PROPN fuelectenerg-6009 186 32 ) ) PUNCT fuelectenerg-6009 186 33 0.5038 0.5038 NUM fuelectenerg-6009 186 34 0.4967 0.4967 NUM fuelectenerg-6009 186 35 0.4955 0.4955 NUM fuelectenerg-6009 186 36 0.4907 0.4907 NUM fuelectenerg-6009 186 37 φp φp ADP fuelectenerg-6009 186 38 ( ( PUNCT fuelectenerg-6009 186 39 % % NOUN fuelectenerg-6009 186 40 ) ) PUNCT fuelectenerg-6009 186 41 15.4 15.4 NUM fuelectenerg-6009 186 42 16.6 16.6 NUM fuelectenerg-6009 186 43 16.7 16.7 NUM fuelectenerg-6009 186 44 17.2 17.2 NUM fuelectenerg-6009 186 45 lkgf lkgf NOUN fuelectenerg-6009 186 46 0.8459 0.8459 NUM fuelectenerg-6009 186 47 0.8341 0.8341 NUM fuelectenerg-6009 186 48 0.8322 0.8322 NUM fuelectenerg-6009 186 49 0.8264 0.8264 NUM fuelectenerg-6009 186 50 5 5 NUM fuelectenerg-6009 186 51 . . PUNCT fuelectenerg-6009 186 52 experimental experimental ADJ fuelectenerg-6009 186 53 verification verification NOUN fuelectenerg-6009 186 54 it it PRON fuelectenerg-6009 186 55 is be AUX fuelectenerg-6009 186 56 noted note VERB fuelectenerg-6009 186 57 that that SCONJ fuelectenerg-6009 186 58 the the DET fuelectenerg-6009 186 59 prototyped prototype VERB fuelectenerg-6009 186 60 spoke speak VERB fuelectenerg-6009 186 61 type type NOUN fuelectenerg-6009 186 62 generator generator NOUN fuelectenerg-6009 186 63 is be AUX fuelectenerg-6009 186 64 lighter light ADJ fuelectenerg-6009 186 65 than than SCONJ fuelectenerg-6009 186 66 the the DET fuelectenerg-6009 186 67 surface surface NOUN fuelectenerg-6009 186 68 mounted mount VERB fuelectenerg-6009 186 69 ferrite ferrite PROPN fuelectenerg-6009 186 70 generator generator NOUN fuelectenerg-6009 186 71 , , PUNCT fuelectenerg-6009 186 72 with with ADP fuelectenerg-6009 186 73 lower low ADJ fuelectenerg-6009 186 74 torque torque NOUN fuelectenerg-6009 186 75 ripple ripple NOUN fuelectenerg-6009 186 76 and and CCONJ fuelectenerg-6009 186 77 able able ADJ fuelectenerg-6009 186 78 to to PART fuelectenerg-6009 186 79 develop develop VERB fuelectenerg-6009 186 80 the the DET fuelectenerg-6009 186 81 rated rate VERB fuelectenerg-6009 186 82 torque torque NOUN fuelectenerg-6009 186 83 . . PUNCT fuelectenerg-6009 187 1 5.1 5.1 NUM fuelectenerg-6009 187 2 . . PUNCT fuelectenerg-6009 187 3 structure structure NOUN fuelectenerg-6009 187 4 of of ADP fuelectenerg-6009 187 5 rotor rotor NOUN fuelectenerg-6009 187 6 fig fig NOUN fuelectenerg-6009 187 7 . . PUNCT fuelectenerg-6009 188 1 10a 10a PROPN fuelectenerg-6009 188 2 shows show VERB fuelectenerg-6009 188 3 the the DET fuelectenerg-6009 188 4 rotor rotor NOUN fuelectenerg-6009 188 5 of of ADP fuelectenerg-6009 188 6 the the DET fuelectenerg-6009 188 7 spoke speak VERB fuelectenerg-6009 188 8 type type NOUN fuelectenerg-6009 188 9 ferrite ferrite NOUN fuelectenerg-6009 188 10 machine machine NOUN fuelectenerg-6009 188 11 . . PUNCT fuelectenerg-6009 189 1 aluminium aluminium NOUN fuelectenerg-6009 189 2 latches latch NOUN fuelectenerg-6009 189 3 are be AUX fuelectenerg-6009 189 4 used use VERB fuelectenerg-6009 189 5 to to PART fuelectenerg-6009 189 6 retain retain VERB fuelectenerg-6009 189 7 the the DET fuelectenerg-6009 189 8 circumferentially circumferentially ADV fuelectenerg-6009 189 9 magnetized magnetize VERB fuelectenerg-6009 189 10 magnets magnet NOUN fuelectenerg-6009 189 11 between between ADP fuelectenerg-6009 189 12 the the DET fuelectenerg-6009 189 13 steel steel NOUN fuelectenerg-6009 189 14 parts part NOUN fuelectenerg-6009 189 15 , , PUNCT fuelectenerg-6009 189 16 which which PRON fuelectenerg-6009 189 17 eliminates eliminate VERB fuelectenerg-6009 189 18 564 564 NUM fuelectenerg-6009 189 19 j. j. PROPN fuelectenerg-6009 189 20 faiz faiz PROPN fuelectenerg-6009 189 21 , , PUNCT fuelectenerg-6009 189 22 t. t. PROPN fuelectenerg-6009 189 23 asefi asefi PROPN fuelectenerg-6009 189 24 , , PUNCT fuelectenerg-6009 189 25 m. m. NOUN fuelectenerg-6009 189 26 a. a. PROPN fuelectenerg-6009 189 27 khan khan PROPN fuelectenerg-6009 189 28 the the DET fuelectenerg-6009 189 29 need need NOUN fuelectenerg-6009 189 30 for for ADP fuelectenerg-6009 189 31 adhesives adhesive NOUN fuelectenerg-6009 189 32 . . PUNCT fuelectenerg-6009 190 1 to to PART fuelectenerg-6009 190 2 minimize minimize VERB fuelectenerg-6009 190 3 vibration vibration NOUN fuelectenerg-6009 190 4 and and CCONJ fuelectenerg-6009 190 5 noise noise VERB fuelectenerg-6009 190 6 the the DET fuelectenerg-6009 190 7 parts part NOUN fuelectenerg-6009 190 8 of of ADP fuelectenerg-6009 190 9 the the DET fuelectenerg-6009 190 10 rotor rotor NOUN fuelectenerg-6009 190 11 must must AUX fuelectenerg-6009 190 12 be be AUX fuelectenerg-6009 190 13 carefully carefully ADV fuelectenerg-6009 190 14 assembled assemble VERB fuelectenerg-6009 190 15 with with ADP fuelectenerg-6009 190 16 good good ADJ fuelectenerg-6009 190 17 tolerances tolerance NOUN fuelectenerg-6009 190 18 . . PUNCT fuelectenerg-6009 191 1 5.2 5.2 NUM fuelectenerg-6009 191 2 . . PUNCT fuelectenerg-6009 191 3 structure structure NOUN fuelectenerg-6009 191 4 of of ADP fuelectenerg-6009 191 5 stator stator NOUN fuelectenerg-6009 191 6 as as SCONJ fuelectenerg-6009 191 7 shown show VERB fuelectenerg-6009 191 8 in in ADP fuelectenerg-6009 191 9 fig fig NOUN fuelectenerg-6009 191 10 . . PUNCT fuelectenerg-6009 192 1 10b 10b NOUN fuelectenerg-6009 192 2 , , PUNCT fuelectenerg-6009 192 3 it it PRON fuelectenerg-6009 192 4 is be AUX fuelectenerg-6009 192 5 possible possible ADJ fuelectenerg-6009 192 6 to to PART fuelectenerg-6009 192 7 easily easily ADV fuelectenerg-6009 192 8 and and CCONJ fuelectenerg-6009 192 9 quickly quickly ADV fuelectenerg-6009 192 10 wind wind VERB fuelectenerg-6009 192 11 and and CCONJ fuelectenerg-6009 192 12 assemble assemble VERB fuelectenerg-6009 192 13 the the DET fuelectenerg-6009 192 14 stator stator NOUN fuelectenerg-6009 192 15 due due ADP fuelectenerg-6009 192 16 to to ADP fuelectenerg-6009 192 17 modular modular ADJ fuelectenerg-6009 192 18 stator stator NOUN fuelectenerg-6009 192 19 teeth tooth NOUN fuelectenerg-6009 192 20 and and CCONJ fuelectenerg-6009 192 21 aluminium aluminium NOUN fuelectenerg-6009 192 22 . . PUNCT fuelectenerg-6009 193 1 to to PART fuelectenerg-6009 193 2 block block VERB fuelectenerg-6009 193 3 a a DET fuelectenerg-6009 193 4 path path NOUN fuelectenerg-6009 193 5 of of ADP fuelectenerg-6009 193 6 eddy eddy PROPN fuelectenerg-6009 193 7 currents current NOUN fuelectenerg-6009 193 8 in in ADP fuelectenerg-6009 193 9 the the DET fuelectenerg-6009 193 10 teeth tooth NOUN fuelectenerg-6009 193 11 of of ADP fuelectenerg-6009 193 12 stator stator NOUN fuelectenerg-6009 193 13 , , PUNCT fuelectenerg-6009 193 14 only only ADV fuelectenerg-6009 193 15 one one NUM fuelectenerg-6009 193 16 bolt bolt NOUN fuelectenerg-6009 193 17 and and CCONJ fuelectenerg-6009 193 18 nut nut NOUN fuelectenerg-6009 193 19 is be AUX fuelectenerg-6009 193 20 employed employ VERB fuelectenerg-6009 193 21 which which PRON fuelectenerg-6009 193 22 keeps keep VERB fuelectenerg-6009 193 23 the the DET fuelectenerg-6009 193 24 laminations lamination NOUN fuelectenerg-6009 193 25 stacked stack VERB fuelectenerg-6009 193 26 . . PUNCT fuelectenerg-6009 194 1 fig fig NOUN fuelectenerg-6009 194 2 . . PUNCT fuelectenerg-6009 195 1 10c 10c NOUN fuelectenerg-6009 195 2 presents present VERB fuelectenerg-6009 195 3 the the DET fuelectenerg-6009 195 4 complete complete ADJ fuelectenerg-6009 195 5 generator generator NOUN fuelectenerg-6009 195 6 assembly assembly NOUN fuelectenerg-6009 195 7 . . PUNCT fuelectenerg-6009 196 1 fig fig NOUN fuelectenerg-6009 196 2 . . PUNCT fuelectenerg-6009 197 1 11 11 NUM fuelectenerg-6009 197 2 exhibits exhibit VERB fuelectenerg-6009 197 3 the the DET fuelectenerg-6009 197 4 test test NOUN fuelectenerg-6009 197 5 rig rig NOUN fuelectenerg-6009 197 6 of of ADP fuelectenerg-6009 197 7 the the DET fuelectenerg-6009 197 8 generator generator NOUN fuelectenerg-6009 197 9 . . PUNCT fuelectenerg-6009 198 1 to to PART fuelectenerg-6009 198 2 measure measure VERB fuelectenerg-6009 198 3 the the DET fuelectenerg-6009 198 4 shaft shaft NOUN fuelectenerg-6009 198 5 torque torque NOUN fuelectenerg-6009 198 6 coupled couple VERB fuelectenerg-6009 198 7 to to ADP fuelectenerg-6009 198 8 the the DET fuelectenerg-6009 198 9 generator generator NOUN fuelectenerg-6009 198 10 and and CCONJ fuelectenerg-6009 198 11 a a DET fuelectenerg-6009 198 12 3 3 NUM fuelectenerg-6009 198 13 kw kw NOUN fuelectenerg-6009 198 14 servo servo NOUN fuelectenerg-6009 198 15 motor motor NOUN fuelectenerg-6009 198 16 , , PUNCT fuelectenerg-6009 198 17 a a DET fuelectenerg-6009 198 18 10 10 NUM fuelectenerg-6009 198 19 nm nm ADJ fuelectenerg-6009 198 20 torque torque NOUN fuelectenerg-6009 198 21 transducer transducer NOUN fuelectenerg-6009 198 22 having have VERB fuelectenerg-6009 198 23 1 1 NUM fuelectenerg-6009 198 24 % % NOUN fuelectenerg-6009 198 25 accuracy accuracy NOUN fuelectenerg-6009 198 26 was be AUX fuelectenerg-6009 198 27 used use VERB fuelectenerg-6009 198 28 . . PUNCT fuelectenerg-6009 199 1 a a DET fuelectenerg-6009 199 2 data data NOUN fuelectenerg-6009 199 3 acquisition acquisition NOUN fuelectenerg-6009 199 4 system system NOUN fuelectenerg-6009 199 5 and and CCONJ fuelectenerg-6009 199 6 a a DET fuelectenerg-6009 199 7 power power NOUN fuelectenerg-6009 199 8 analyser analyser NOUN fuelectenerg-6009 199 9 were be AUX fuelectenerg-6009 199 10 utilized utilize VERB fuelectenerg-6009 199 11 to to PART fuelectenerg-6009 199 12 monitor monitor VERB fuelectenerg-6009 199 13 the the DET fuelectenerg-6009 199 14 power power NOUN fuelectenerg-6009 199 15 signals signal NOUN fuelectenerg-6009 199 16 . . PUNCT fuelectenerg-6009 200 1 as as SCONJ fuelectenerg-6009 200 2 shown show VERB fuelectenerg-6009 200 3 in in ADP fuelectenerg-6009 200 4 fig fig NOUN fuelectenerg-6009 200 5 . . PUNCT fuelectenerg-6009 201 1 12 12 NUM fuelectenerg-6009 201 2 , , PUNCT fuelectenerg-6009 201 3 it it PRON fuelectenerg-6009 201 4 is be AUX fuelectenerg-6009 201 5 necessary necessary ADJ fuelectenerg-6009 201 6 to to PART fuelectenerg-6009 201 7 analyse analyse VERB fuelectenerg-6009 201 8 vibration vibration NOUN fuelectenerg-6009 201 9 of of ADP fuelectenerg-6009 201 10 the the DET fuelectenerg-6009 201 11 heavier heavy ADJ fuelectenerg-6009 201 12 and and CCONJ fuelectenerg-6009 201 13 more more ADV fuelectenerg-6009 201 14 complicated complicated ADJ fuelectenerg-6009 201 15 rotor rotor NOUN fuelectenerg-6009 201 16 of of ADP fuelectenerg-6009 201 17 spoke speak VERB fuelectenerg-6009 201 18 type type NOUN fuelectenerg-6009 201 19 ferrite ferrite NOUN fuelectenerg-6009 201 20 generator generator PROPN fuelectenerg-6009 201 21 . . PUNCT fuelectenerg-6009 202 1 structural structural ADJ fuelectenerg-6009 202 2 mechanical mechanical ADJ fuelectenerg-6009 202 3 fe fe NOUN fuelectenerg-6009 202 4 analysis analysis NOUN fuelectenerg-6009 202 5 was be AUX fuelectenerg-6009 202 6 used use VERB fuelectenerg-6009 202 7 to to PART fuelectenerg-6009 202 8 analyse analyse VERB fuelectenerg-6009 202 9 the the DET fuelectenerg-6009 202 10 whole whole ADJ fuelectenerg-6009 202 11 result result NOUN fuelectenerg-6009 202 12 of of ADP fuelectenerg-6009 202 13 the the DET fuelectenerg-6009 202 14 test test NOUN fuelectenerg-6009 202 15 rig rig NOUN fuelectenerg-6009 202 16 . . PUNCT fuelectenerg-6009 202 17 to to PART fuelectenerg-6009 202 18 estimate estimate VERB fuelectenerg-6009 202 19 the the DET fuelectenerg-6009 202 20 dynamics dynamic NOUN fuelectenerg-6009 202 21 of of ADP fuelectenerg-6009 202 22 the the DET fuelectenerg-6009 202 23 rotor rotor NOUN fuelectenerg-6009 202 24 , , PUNCT fuelectenerg-6009 202 25 a a DET fuelectenerg-6009 202 26 modal modal ADJ fuelectenerg-6009 202 27 analysis analysis NOUN fuelectenerg-6009 202 28 was be AUX fuelectenerg-6009 202 29 conducted conduct VERB fuelectenerg-6009 202 30 to to PART fuelectenerg-6009 202 31 determine determine VERB fuelectenerg-6009 202 32 the the DET fuelectenerg-6009 202 33 air air NOUN fuelectenerg-6009 202 34 gap gap NOUN fuelectenerg-6009 202 35 unbalance unbalance NOUN fuelectenerg-6009 202 36 . . PUNCT fuelectenerg-6009 203 1 ( ( PUNCT fuelectenerg-6009 203 2 a a X fuelectenerg-6009 203 3 ) ) PUNCT fuelectenerg-6009 203 4 ( ( PUNCT fuelectenerg-6009 203 5 b b X fuelectenerg-6009 203 6 ) ) PUNCT fuelectenerg-6009 203 7 ( ( PUNCT fuelectenerg-6009 203 8 c c X fuelectenerg-6009 203 9 ) ) PUNCT fuelectenerg-6009 203 10 ( ( PUNCT fuelectenerg-6009 203 11 d d X fuelectenerg-6009 203 12 ) ) PUNCT fuelectenerg-6009 203 13 fig fig NOUN fuelectenerg-6009 203 14 . . PUNCT fuelectenerg-6009 204 1 10 10 NUM fuelectenerg-6009 204 2 ( ( PUNCT fuelectenerg-6009 204 3 a a PRON fuelectenerg-6009 204 4 ) ) PUNCT fuelectenerg-6009 204 5 rotor rotor NOUN fuelectenerg-6009 204 6 structure structure NOUN fuelectenerg-6009 204 7 , , PUNCT fuelectenerg-6009 204 8 ( ( PUNCT fuelectenerg-6009 204 9 b b X fuelectenerg-6009 204 10 ) ) PUNCT fuelectenerg-6009 204 11 stator stator NOUN fuelectenerg-6009 204 12 assembly assembly NOUN fuelectenerg-6009 204 13 , , PUNCT fuelectenerg-6009 204 14 ( ( PUNCT fuelectenerg-6009 204 15 c c X fuelectenerg-6009 204 16 ) ) PUNCT fuelectenerg-6009 204 17 generator generator NOUN fuelectenerg-6009 204 18 assembly assembly NOUN fuelectenerg-6009 204 19 , , PUNCT fuelectenerg-6009 204 20 and and CCONJ fuelectenerg-6009 204 21 ( ( PUNCT fuelectenerg-6009 204 22 d d NOUN fuelectenerg-6009 204 23 ) ) PUNCT fuelectenerg-6009 204 24 dummy dummy ADJ fuelectenerg-6009 204 25 stator stator NOUN fuelectenerg-6009 204 26 for for ADP fuelectenerg-6009 204 27 measuring measure VERB fuelectenerg-6009 204 28 friction friction NOUN fuelectenerg-6009 204 29 and and CCONJ fuelectenerg-6009 204 30 windage windage NOUN fuelectenerg-6009 204 31 losses loss NOUN fuelectenerg-6009 204 32 . . PUNCT fuelectenerg-6009 205 1 fig fig NOUN fuelectenerg-6009 205 2 . . PUNCT fuelectenerg-6009 206 1 11 11 NUM fuelectenerg-6009 206 2 test test NOUN fuelectenerg-6009 206 3 rig rig NOUN fuelectenerg-6009 206 4 : : PUNCT fuelectenerg-6009 206 5 ( ( PUNCT fuelectenerg-6009 206 6 1 1 X fuelectenerg-6009 206 7 ) ) PUNCT fuelectenerg-6009 206 8 generator generator NOUN fuelectenerg-6009 206 9 under under ADP fuelectenerg-6009 206 10 test test NOUN fuelectenerg-6009 206 11 , , PUNCT fuelectenerg-6009 206 12 ( ( PUNCT fuelectenerg-6009 206 13 2 2 NUM fuelectenerg-6009 206 14 ) ) PUNCT fuelectenerg-6009 206 15 10 10 NUM fuelectenerg-6009 206 16 nm nm NOUN fuelectenerg-6009 206 17 in in ADP fuelectenerg-6009 206 18 - - PUNCT fuelectenerg-6009 206 19 line line NOUN fuelectenerg-6009 206 20 torque torque NOUN fuelectenerg-6009 206 21 transducer transducer NOUN fuelectenerg-6009 206 22 , , PUNCT fuelectenerg-6009 206 23 ( ( PUNCT fuelectenerg-6009 206 24 3 3 X fuelectenerg-6009 206 25 ) ) SYM fuelectenerg-6009 206 26 3 3 NUM fuelectenerg-6009 206 27 kw kw NOUN fuelectenerg-6009 206 28 servo servo NOUN fuelectenerg-6009 206 29 motor motor NOUN fuelectenerg-6009 206 30 , , PUNCT fuelectenerg-6009 206 31 ( ( PUNCT fuelectenerg-6009 206 32 4 4 X fuelectenerg-6009 206 33 ) ) PUNCT fuelectenerg-6009 206 34 resistor resistor NOUN fuelectenerg-6009 206 35 bank bank NOUN fuelectenerg-6009 206 36 , , PUNCT fuelectenerg-6009 206 37 ( ( PUNCT fuelectenerg-6009 206 38 5 5 X fuelectenerg-6009 206 39 ) ) PUNCT fuelectenerg-6009 206 40 servo servo NOUN fuelectenerg-6009 206 41 control control NOUN fuelectenerg-6009 206 42 unit unit NOUN fuelectenerg-6009 206 43 and and CCONJ fuelectenerg-6009 206 44 ni ni PROPN fuelectenerg-6009 206 45 cdaq-9174 cdaq-9174 ADJ fuelectenerg-6009 206 46 data datum NOUN fuelectenerg-6009 206 47 acquisition acquisition NOUN fuelectenerg-6009 206 48 system system NOUN fuelectenerg-6009 206 49 ( ( PUNCT fuelectenerg-6009 206 50 6 6 NUM fuelectenerg-6009 206 51 ) ) PUNCT fuelectenerg-6009 206 52 oscilloscope oscilloscope NOUN fuelectenerg-6009 206 53 . . PUNCT fuelectenerg-6009 207 1 design design NOUN fuelectenerg-6009 207 2 of of ADP fuelectenerg-6009 207 3 pm pm NOUN fuelectenerg-6009 207 4 generator generator NOUN fuelectenerg-6009 207 5 with with ADP fuelectenerg-6009 207 6 ferrite ferrite NOUN fuelectenerg-6009 207 7 and and CCONJ fuelectenerg-6009 207 8 rare rare ADJ fuelectenerg-6009 207 9 - - PUNCT fuelectenerg-6009 207 10 earth earth NOUN fuelectenerg-6009 207 11 magnets magnet NOUN fuelectenerg-6009 207 12 565 565 NUM fuelectenerg-6009 207 13 fig fig NOUN fuelectenerg-6009 207 14 . . PUNCT fuelectenerg-6009 208 1 12 12 NUM fuelectenerg-6009 208 2 vibration vibration NOUN fuelectenerg-6009 208 3 analysis analysis NOUN fuelectenerg-6009 208 4 of of ADP fuelectenerg-6009 208 5 whole whole ADJ fuelectenerg-6009 208 6 test test NOUN fuelectenerg-6009 208 7 rig rig NOUN fuelectenerg-6009 208 8 . . PUNCT fuelectenerg-6009 209 1 it it PRON fuelectenerg-6009 209 2 was be AUX fuelectenerg-6009 209 3 found find VERB fuelectenerg-6009 209 4 that that SCONJ fuelectenerg-6009 209 5 the the DET fuelectenerg-6009 209 6 total total ADJ fuelectenerg-6009 209 7 deformation deformation NOUN fuelectenerg-6009 209 8 of of ADP fuelectenerg-6009 209 9 the the DET fuelectenerg-6009 209 10 rotor rotor NOUN fuelectenerg-6009 209 11 is be AUX fuelectenerg-6009 209 12 24 24 NUM fuelectenerg-6009 209 13 µm µm NOUN fuelectenerg-6009 209 14 . . PUNCT fuelectenerg-6009 210 1 the the DET fuelectenerg-6009 210 2 generator generator NOUN fuelectenerg-6009 210 3 air air NOUN fuelectenerg-6009 210 4 gap gap NOUN fuelectenerg-6009 210 5 clearance clearance NOUN fuelectenerg-6009 210 6 is be AUX fuelectenerg-6009 210 7 15 15 NUM fuelectenerg-6009 210 8 mm mm NOUN fuelectenerg-6009 210 9 and and CCONJ fuelectenerg-6009 210 10 the the DET fuelectenerg-6009 210 11 above above ADV fuelectenerg-6009 210 12 - - PUNCT fuelectenerg-6009 210 13 mentioned mention VERB fuelectenerg-6009 210 14 deformation deformation NOUN fuelectenerg-6009 210 15 results result NOUN fuelectenerg-6009 210 16 in in ADP fuelectenerg-6009 210 17 a a DET fuelectenerg-6009 210 18 total total ADJ fuelectenerg-6009 210 19 air air NOUN fuelectenerg-6009 210 20 gap gap NOUN fuelectenerg-6009 210 21 unbalance unbalance NOUN fuelectenerg-6009 210 22 of of ADP fuelectenerg-6009 210 23 1.6 1.6 NUM fuelectenerg-6009 210 24 % % NOUN fuelectenerg-6009 210 25 . . PUNCT fuelectenerg-6009 211 1 as as ADP fuelectenerg-6009 211 2 fig fig NOUN fuelectenerg-6009 211 3 . . PUNCT fuelectenerg-6009 212 1 13 13 NUM fuelectenerg-6009 212 2 shows show VERB fuelectenerg-6009 212 3 it it PRON fuelectenerg-6009 212 4 leads lead VERB fuelectenerg-6009 212 5 to to ADP fuelectenerg-6009 212 6 no no DET fuelectenerg-6009 212 7 - - PUNCT fuelectenerg-6009 212 8 load load NOUN fuelectenerg-6009 212 9 voltage voltage NOUN fuelectenerg-6009 212 10 unbalance unbalance NOUN fuelectenerg-6009 212 11 . . PUNCT fuelectenerg-6009 213 1 it it PRON fuelectenerg-6009 213 2 is be AUX fuelectenerg-6009 213 3 noted note VERB fuelectenerg-6009 213 4 that that SCONJ fuelectenerg-6009 213 5 the the DET fuelectenerg-6009 213 6 mechanical mechanical ADJ fuelectenerg-6009 213 7 assembly assembly NOUN fuelectenerg-6009 213 8 , , PUNCT fuelectenerg-6009 213 9 parts part NOUN fuelectenerg-6009 213 10 tolerances tolerance NOUN fuelectenerg-6009 213 11 and and CCONJ fuelectenerg-6009 213 12 mechanical mechanical ADJ fuelectenerg-6009 213 13 imperfections imperfection NOUN fuelectenerg-6009 213 14 exacerbate exacerbate VERB fuelectenerg-6009 213 15 the the DET fuelectenerg-6009 213 16 unbalance unbalance NOUN fuelectenerg-6009 213 17 in in ADP fuelectenerg-6009 213 18 induced induced ADJ fuelectenerg-6009 213 19 voltage voltage NOUN fuelectenerg-6009 213 20 . . PUNCT fuelectenerg-6009 214 1 5.3 5.3 NUM fuelectenerg-6009 214 2 . . PUNCT fuelectenerg-6009 214 3 thermal thermal ADJ fuelectenerg-6009 214 4 behaviour behaviour NOUN fuelectenerg-6009 214 5 of of ADP fuelectenerg-6009 214 6 generator generator NOUN fuelectenerg-6009 214 7 the the DET fuelectenerg-6009 214 8 thermal thermal ADJ fuelectenerg-6009 214 9 behaviour behaviour NOUN fuelectenerg-6009 214 10 of of ADP fuelectenerg-6009 214 11 the the DET fuelectenerg-6009 214 12 generator generator NOUN fuelectenerg-6009 214 13 is be AUX fuelectenerg-6009 214 14 predicted predict VERB fuelectenerg-6009 214 15 in in ADP fuelectenerg-6009 214 16 the the DET fuelectenerg-6009 214 17 full full ADJ fuelectenerg-6009 214 18 load load NOUN fuelectenerg-6009 214 19 and and CCONJ fuelectenerg-6009 214 20 open open ADJ fuelectenerg-6009 214 21 - - PUNCT fuelectenerg-6009 214 22 circuit circuit NOUN fuelectenerg-6009 214 23 conditions condition NOUN fuelectenerg-6009 214 24 with with ADP fuelectenerg-6009 214 25 natural natural ADJ fuelectenerg-6009 214 26 air air NOUN fuelectenerg-6009 214 27 convection convection NOUN fuelectenerg-6009 214 28 electric electric ADJ fuelectenerg-6009 214 29 loading loading NOUN fuelectenerg-6009 214 30 and and CCONJ fuelectenerg-6009 214 31 current current ADJ fuelectenerg-6009 214 32 density density NOUN fuelectenerg-6009 214 33 of of ADP fuelectenerg-6009 214 34 the the DET fuelectenerg-6009 214 35 spoke speak VERB fuelectenerg-6009 214 36 type type NOUN fuelectenerg-6009 214 37 ferrite ferrite NOUN fuelectenerg-6009 214 38 generator generator NOUN fuelectenerg-6009 214 39 are be AUX fuelectenerg-6009 214 40 increased increase VERB fuelectenerg-6009 214 41 7.5 7.5 NUM fuelectenerg-6009 214 42 % % NOUN fuelectenerg-6009 214 43 and and CCONJ fuelectenerg-6009 214 44 5.6 5.6 NUM fuelectenerg-6009 214 45 % % NOUN fuelectenerg-6009 214 46 respectively respectively ADV fuelectenerg-6009 214 47 compared compare VERB fuelectenerg-6009 214 48 to to ADP fuelectenerg-6009 214 49 the the DET fuelectenerg-6009 214 50 proposed propose VERB fuelectenerg-6009 214 51 generator generator NOUN fuelectenerg-6009 214 52 . . PUNCT fuelectenerg-6009 215 1 the the DET fuelectenerg-6009 215 2 generator generator NOUN fuelectenerg-6009 215 3 hotspot hotspot NOUN fuelectenerg-6009 215 4 must must AUX fuelectenerg-6009 215 5 be be AUX fuelectenerg-6009 215 6 in in ADP fuelectenerg-6009 215 7 the the DET fuelectenerg-6009 215 8 safe safe ADJ fuelectenerg-6009 215 9 margin margin NOUN fuelectenerg-6009 215 10 of of ADP fuelectenerg-6009 215 11 the the DET fuelectenerg-6009 215 12 proposed propose VERB fuelectenerg-6009 215 13 generator generator PROPN fuelectenerg-6009 215 14 ’s ’s PART fuelectenerg-6009 215 15 insulation insulation NOUN fuelectenerg-6009 215 16 class class NOUN fuelectenerg-6009 215 17 . . PUNCT fuelectenerg-6009 216 1 although although SCONJ fuelectenerg-6009 216 2 a a DET fuelectenerg-6009 216 3 better well ADJ fuelectenerg-6009 216 4 class class NOUN fuelectenerg-6009 216 5 insulation insulation NOUN fuelectenerg-6009 216 6 can can AUX fuelectenerg-6009 216 7 improve improve VERB fuelectenerg-6009 216 8 the the DET fuelectenerg-6009 216 9 total total ADJ fuelectenerg-6009 216 10 cost cost NOUN fuelectenerg-6009 216 11 of of ADP fuelectenerg-6009 216 12 the the DET fuelectenerg-6009 216 13 generator generator NOUN fuelectenerg-6009 216 14 which which PRON fuelectenerg-6009 216 15 is be AUX fuelectenerg-6009 216 16 in in ADP fuelectenerg-6009 216 17 contrast contrast NOUN fuelectenerg-6009 216 18 with with ADP fuelectenerg-6009 216 19 the the DET fuelectenerg-6009 216 20 purpose purpose NOUN fuelectenerg-6009 216 21 of of ADP fuelectenerg-6009 216 22 the the DET fuelectenerg-6009 216 23 project project NOUN fuelectenerg-6009 216 24 . . PUNCT fuelectenerg-6009 217 1 the the DET fuelectenerg-6009 217 2 fe fe PROPN fuelectenerg-6009 217 3 technique technique NOUN fuelectenerg-6009 217 4 has have AUX fuelectenerg-6009 217 5 been be AUX fuelectenerg-6009 217 6 chosen choose VERB fuelectenerg-6009 217 7 for for ADP fuelectenerg-6009 217 8 thermal thermal ADJ fuelectenerg-6009 217 9 analysis analysis NOUN fuelectenerg-6009 217 10 by by ADP fuelectenerg-6009 217 11 considering consider VERB fuelectenerg-6009 217 12 the the DET fuelectenerg-6009 217 13 3d 3d ADJ fuelectenerg-6009 217 14 structure structure NOUN fuelectenerg-6009 217 15 of of ADP fuelectenerg-6009 217 16 the the DET fuelectenerg-6009 217 17 proposed propose VERB fuelectenerg-6009 217 18 generator generator NOUN fuelectenerg-6009 217 19 and and CCONJ fuelectenerg-6009 217 20 precise precise ADJ fuelectenerg-6009 217 21 results result NOUN fuelectenerg-6009 217 22 of of ADP fuelectenerg-6009 217 23 3d 3d PROPN fuelectenerg-6009 217 24 cfd cfd NOUN fuelectenerg-6009 217 25 . . PUNCT fuelectenerg-6009 218 1 although although SCONJ fuelectenerg-6009 218 2 the the DET fuelectenerg-6009 218 3 electric electric ADJ fuelectenerg-6009 218 4 loading loading NOUN fuelectenerg-6009 218 5 and and CCONJ fuelectenerg-6009 218 6 current current ADJ fuelectenerg-6009 218 7 density density NOUN fuelectenerg-6009 218 8 are be AUX fuelectenerg-6009 218 9 increased increase VERB fuelectenerg-6009 218 10 , , PUNCT fuelectenerg-6009 218 11 however however ADV fuelectenerg-6009 218 12 , , PUNCT fuelectenerg-6009 218 13 spoke speak VERB fuelectenerg-6009 218 14 construction construction NOUN fuelectenerg-6009 218 15 of of ADP fuelectenerg-6009 218 16 the the DET fuelectenerg-6009 218 17 rotor rotor NOUN fuelectenerg-6009 218 18 has have AUX fuelectenerg-6009 218 19 caused cause VERB fuelectenerg-6009 218 20 the the DET fuelectenerg-6009 218 21 heat heat NOUN fuelectenerg-6009 218 22 transfer transfer NOUN fuelectenerg-6009 218 23 coefficient coefficient NOUN fuelectenerg-6009 218 24 of of ADP fuelectenerg-6009 218 25 the the DET fuelectenerg-6009 218 26 surfaces surface NOUN fuelectenerg-6009 218 27 in in ADP fuelectenerg-6009 218 28 the the DET fuelectenerg-6009 218 29 air air NOUN fuelectenerg-6009 218 30 gap gap NOUN fuelectenerg-6009 218 31 vicinity vicinity NOUN fuelectenerg-6009 218 32 and and CCONJ fuelectenerg-6009 218 33 also also ADV fuelectenerg-6009 218 34 winding wind VERB fuelectenerg-6009 218 35 to to PART fuelectenerg-6009 218 36 increase increase VERB fuelectenerg-6009 218 37 which which PRON fuelectenerg-6009 218 38 counteracts counteract VERB fuelectenerg-6009 218 39 the the DET fuelectenerg-6009 218 40 increase increase NOUN fuelectenerg-6009 218 41 of of ADP fuelectenerg-6009 218 42 electric electric ADJ fuelectenerg-6009 218 43 loading loading NOUN fuelectenerg-6009 218 44 and and CCONJ fuelectenerg-6009 218 45 current current ADJ fuelectenerg-6009 218 46 density density NOUN fuelectenerg-6009 218 47 and and CCONJ fuelectenerg-6009 218 48 causes cause VERB fuelectenerg-6009 218 49 lower low ADJ fuelectenerg-6009 218 50 hotspot hotspot NOUN fuelectenerg-6009 218 51 temperature temperature NOUN fuelectenerg-6009 218 52 in in ADP fuelectenerg-6009 218 53 full full ADJ fuelectenerg-6009 218 54 load load NOUN fuelectenerg-6009 218 55 operation operation NOUN fuelectenerg-6009 218 56 . . PUNCT fuelectenerg-6009 219 1 fig fig NOUN fuelectenerg-6009 219 2 . . PUNCT fuelectenerg-6009 220 1 14 14 NUM fuelectenerg-6009 220 2 shows show VERB fuelectenerg-6009 220 3 the the DET fuelectenerg-6009 220 4 generator generator NOUN fuelectenerg-6009 220 5 steady steady ADJ fuelectenerg-6009 220 6 - - PUNCT fuelectenerg-6009 220 7 state state NOUN fuelectenerg-6009 220 8 temperature temperature NOUN fuelectenerg-6009 220 9 at at ADP fuelectenerg-6009 220 10 full full ADJ fuelectenerg-6009 220 11 load load NOUN fuelectenerg-6009 220 12 when when SCONJ fuelectenerg-6009 220 13 environment environment NOUN fuelectenerg-6009 220 14 temperature temperature NOUN fuelectenerg-6009 220 15 is be AUX fuelectenerg-6009 220 16 40 40 NUM fuelectenerg-6009 220 17 ℃ ℃ PROPN fuelectenerg-6009 220 18 . . PUNCT fuelectenerg-6009 221 1 it it PRON fuelectenerg-6009 221 2 verifies verify VERB fuelectenerg-6009 221 3 the the DET fuelectenerg-6009 221 4 3d 3d PROPN fuelectenerg-6009 221 5 fem fem NOUN fuelectenerg-6009 221 6 results result NOUN fuelectenerg-6009 221 7 in in ADP fuelectenerg-6009 221 8 fig fig NOUN fuelectenerg-6009 221 9 . . PUNCT fuelectenerg-6009 222 1 15 15 NUM fuelectenerg-6009 222 2 , , PUNCT fuelectenerg-6009 222 3 with with ADP fuelectenerg-6009 222 4 3 3 NUM fuelectenerg-6009 222 5 % % NOUN fuelectenerg-6009 222 6 error error NOUN fuelectenerg-6009 222 7 . . PUNCT fuelectenerg-6009 223 1 this this DET fuelectenerg-6009 223 2 error error NOUN fuelectenerg-6009 223 3 includes include VERB fuelectenerg-6009 223 4 error error NOUN fuelectenerg-6009 223 5 of of ADP fuelectenerg-6009 223 6 the the DET fuelectenerg-6009 223 7 thermal thermal ADJ fuelectenerg-6009 223 8 camera camera NOUN fuelectenerg-6009 223 9 image image NOUN fuelectenerg-6009 223 10 and and CCONJ fuelectenerg-6009 223 11 calculations calculation NOUN fuelectenerg-6009 223 12 . . PUNCT fuelectenerg-6009 224 1 temperature temperature NOUN fuelectenerg-6009 224 2 rise rise NOUN fuelectenerg-6009 224 3 in in ADP fuelectenerg-6009 224 4 different different ADJ fuelectenerg-6009 224 5 parts part NOUN fuelectenerg-6009 224 6 of of ADP fuelectenerg-6009 224 7 the the DET fuelectenerg-6009 224 8 generator generator NOUN fuelectenerg-6009 224 9 has have AUX fuelectenerg-6009 224 10 been be AUX fuelectenerg-6009 224 11 obtained obtain VERB fuelectenerg-6009 224 12 from from ADP fuelectenerg-6009 224 13 thermal thermal ADJ fuelectenerg-6009 224 14 analysis analysis NOUN fuelectenerg-6009 224 15 and and CCONJ fuelectenerg-6009 224 16 also also ADV fuelectenerg-6009 224 17 hotspot hotspot VERB fuelectenerg-6009 224 18 temperature temperature NOUN fuelectenerg-6009 224 19 measurements measurement NOUN fuelectenerg-6009 224 20 of of ADP fuelectenerg-6009 224 21 winding wind VERB fuelectenerg-6009 224 22 . . PUNCT fuelectenerg-6009 225 1 temperature temperature NOUN fuelectenerg-6009 225 2 sensors sensor NOUN fuelectenerg-6009 225 3 in in ADP fuelectenerg-6009 225 4 fig fig NOUN fuelectenerg-6009 225 5 . . PUNCT fuelectenerg-6009 226 1 16 16 NUM fuelectenerg-6009 226 2 shows show VERB fuelectenerg-6009 226 3 an an DET fuelectenerg-6009 226 4 error error NOUN fuelectenerg-6009 226 5 of of ADP fuelectenerg-6009 226 6 5 5 NUM fuelectenerg-6009 226 7 % % NOUN fuelectenerg-6009 226 8 which which PRON fuelectenerg-6009 226 9 is be AUX fuelectenerg-6009 226 10 the the DET fuelectenerg-6009 226 11 error error NOUN fuelectenerg-6009 226 12 of of ADP fuelectenerg-6009 226 13 calculations calculation NOUN fuelectenerg-6009 226 14 and and CCONJ fuelectenerg-6009 226 15 readings reading NOUN fuelectenerg-6009 226 16 from from ADP fuelectenerg-6009 226 17 pt100 pt100 PROPN fuelectenerg-6009 226 18 sensors sensor NOUN fuelectenerg-6009 226 19 . . PUNCT fuelectenerg-6009 227 1 566 566 NUM fuelectenerg-6009 227 2 j. j. PROPN fuelectenerg-6009 227 3 faiz faiz PROPN fuelectenerg-6009 227 4 , , PUNCT fuelectenerg-6009 227 5 t. t. PROPN fuelectenerg-6009 227 6 asefi asefi PROPN fuelectenerg-6009 227 7 , , PUNCT fuelectenerg-6009 227 8 m. m. NOUN fuelectenerg-6009 227 9 a. a. PROPN fuelectenerg-6009 227 10 khan khan PROPN fuelectenerg-6009 227 11 fig fig PROPN fuelectenerg-6009 227 12 . . PUNCT fuelectenerg-6009 227 13 13 13 NUM fuelectenerg-6009 227 14 unbalance unbalance NOUN fuelectenerg-6009 227 15 three three NUM fuelectenerg-6009 227 16 - - PUNCT fuelectenerg-6009 227 17 phase phase NOUN fuelectenerg-6009 227 18 experiment experiment NOUN fuelectenerg-6009 227 19 no no DET fuelectenerg-6009 227 20 load load NOUN fuelectenerg-6009 227 21 voltages voltage NOUN fuelectenerg-6009 227 22 . . PUNCT fuelectenerg-6009 228 1 fig fig NOUN fuelectenerg-6009 228 2 . . PUNCT fuelectenerg-6009 229 1 14 14 NUM fuelectenerg-6009 229 2 thermal thermal ADJ fuelectenerg-6009 229 3 image image NOUN fuelectenerg-6009 229 4 of of ADP fuelectenerg-6009 229 5 generator generator NOUN fuelectenerg-6009 229 6 at at ADP fuelectenerg-6009 229 7 full full ADJ fuelectenerg-6009 229 8 load load NOUN fuelectenerg-6009 229 9 . . PUNCT fuelectenerg-6009 230 1 5.4 5.4 NUM fuelectenerg-6009 230 2 . . PUNCT fuelectenerg-6009 230 3 test test NOUN fuelectenerg-6009 230 4 results result NOUN fuelectenerg-6009 230 5 in in ADP fuelectenerg-6009 230 6 this this DET fuelectenerg-6009 230 7 section section NOUN fuelectenerg-6009 230 8 the the DET fuelectenerg-6009 230 9 experimental experimental ADJ fuelectenerg-6009 230 10 results result NOUN fuelectenerg-6009 230 11 are be AUX fuelectenerg-6009 230 12 presented present VERB fuelectenerg-6009 230 13 and and CCONJ fuelectenerg-6009 230 14 compared compare VERB fuelectenerg-6009 230 15 to to ADP fuelectenerg-6009 230 16 the the DET fuelectenerg-6009 230 17 results result NOUN fuelectenerg-6009 230 18 from from ADP fuelectenerg-6009 230 19 analytical analytical ADJ fuelectenerg-6009 230 20 design design NOUN fuelectenerg-6009 230 21 and and CCONJ fuelectenerg-6009 230 22 numerical numerical ADJ fuelectenerg-6009 230 23 analysis analysis NOUN fuelectenerg-6009 230 24 results result NOUN fuelectenerg-6009 230 25 for for ADP fuelectenerg-6009 230 26 the the DET fuelectenerg-6009 230 27 spoke speak VERB fuelectenerg-6009 230 28 type type NOUN fuelectenerg-6009 230 29 ferrite ferrite NOUN fuelectenerg-6009 230 30 pm pm NOUN fuelectenerg-6009 230 31 generator generator NOUN fuelectenerg-6009 230 32 . . PUNCT fuelectenerg-6009 231 1 fig fig NOUN fuelectenerg-6009 231 2 . . PUNCT fuelectenerg-6009 232 1 17 17 NUM fuelectenerg-6009 232 2 shows show VERB fuelectenerg-6009 232 3 the the DET fuelectenerg-6009 232 4 measured measure VERB fuelectenerg-6009 232 5 and and CCONJ fuelectenerg-6009 232 6 numerically numerically ADV fuelectenerg-6009 232 7 calculated calculate VERB fuelectenerg-6009 232 8 back back ADV fuelectenerg-6009 232 9 - - PUNCT fuelectenerg-6009 232 10 emf emf NOUN fuelectenerg-6009 232 11 . . PUNCT fuelectenerg-6009 233 1 the the DET fuelectenerg-6009 233 2 total total ADJ fuelectenerg-6009 233 3 thd thd NOUN fuelectenerg-6009 233 4 of of ADP fuelectenerg-6009 233 5 the the DET fuelectenerg-6009 233 6 back back NOUN fuelectenerg-6009 233 7 - - PUNCT fuelectenerg-6009 233 8 emf emf NOUN fuelectenerg-6009 233 9 is be AUX fuelectenerg-6009 233 10 1.52 1.52 NUM fuelectenerg-6009 233 11 % % NOUN fuelectenerg-6009 233 12 . . PUNCT fuelectenerg-6009 234 1 fea fea PROPN fuelectenerg-6009 234 2 of of ADP fuelectenerg-6009 234 3 the the DET fuelectenerg-6009 234 4 designed design VERB fuelectenerg-6009 234 5 generator generator NOUN fuelectenerg-6009 234 6 performance performance NOUN fuelectenerg-6009 234 7 agree agree VERB fuelectenerg-6009 234 8 well well ADV fuelectenerg-6009 234 9 with with ADP fuelectenerg-6009 234 10 the the DET fuelectenerg-6009 234 11 experimental experimental ADJ fuelectenerg-6009 234 12 results result NOUN fuelectenerg-6009 234 13 . . PUNCT fuelectenerg-6009 235 1 in in ADP fuelectenerg-6009 235 2 particular particular ADJ fuelectenerg-6009 235 3 , , PUNCT fuelectenerg-6009 235 4 the the DET fuelectenerg-6009 235 5 dirichlet dirichlet PROPN fuelectenerg-6009 235 6 and and CCONJ fuelectenerg-6009 235 7 neumann neumann PROPN fuelectenerg-6009 235 8 boundary boundary PROPN fuelectenerg-6009 235 9 conditions condition NOUN fuelectenerg-6009 235 10 were be AUX fuelectenerg-6009 235 11 imposed impose VERB fuelectenerg-6009 235 12 , , PUNCT fuelectenerg-6009 235 13 as as ADV fuelectenerg-6009 235 14 well well ADV fuelectenerg-6009 235 15 as as ADP fuelectenerg-6009 235 16 precise precise ADJ fuelectenerg-6009 235 17 meshing meshing NOUN fuelectenerg-6009 235 18 of of ADP fuelectenerg-6009 235 19 air air NOUN fuelectenerg-6009 235 20 gap gap NOUN fuelectenerg-6009 235 21 region region NOUN fuelectenerg-6009 235 22 to to PART fuelectenerg-6009 235 23 calculate calculate VERB fuelectenerg-6009 235 24 the the DET fuelectenerg-6009 235 25 cogging cog VERB fuelectenerg-6009 235 26 torque torque NOUN fuelectenerg-6009 235 27 . . PUNCT fuelectenerg-6009 236 1 design design NOUN fuelectenerg-6009 236 2 of of ADP fuelectenerg-6009 236 3 pm pm NOUN fuelectenerg-6009 236 4 generator generator NOUN fuelectenerg-6009 236 5 with with ADP fuelectenerg-6009 236 6 ferrite ferrite NOUN fuelectenerg-6009 236 7 and and CCONJ fuelectenerg-6009 236 8 rare rare ADJ fuelectenerg-6009 236 9 - - PUNCT fuelectenerg-6009 236 10 earth earth NOUN fuelectenerg-6009 236 11 magnets magnet NOUN fuelectenerg-6009 236 12 567 567 NUM fuelectenerg-6009 236 13 fig fig NOUN fuelectenerg-6009 236 14 . . PUNCT fuelectenerg-6009 237 1 15 15 NUM fuelectenerg-6009 237 2 steady steady ADJ fuelectenerg-6009 237 3 - - PUNCT fuelectenerg-6009 237 4 state state NOUN fuelectenerg-6009 237 5 thermal thermal ADJ fuelectenerg-6009 237 6 analysis analysis NOUN fuelectenerg-6009 237 7 of of ADP fuelectenerg-6009 237 8 generator generator NOUN fuelectenerg-6009 237 9 at at ADP fuelectenerg-6009 237 10 full full ADJ fuelectenerg-6009 237 11 load load NOUN fuelectenerg-6009 237 12 with with ADP fuelectenerg-6009 237 13 40 40 NUM fuelectenerg-6009 237 14 ℃ ℃ PROPN fuelectenerg-6009 237 15 environment environment NOUN fuelectenerg-6009 237 16 temperature temperature NOUN fuelectenerg-6009 237 17 . . PUNCT fuelectenerg-6009 238 1 in in ADP fuelectenerg-6009 238 2 the the DET fuelectenerg-6009 238 3 no no DET fuelectenerg-6009 238 4 load load NOUN fuelectenerg-6009 238 5 generator generator NOUN fuelectenerg-6009 238 6 , , PUNCT fuelectenerg-6009 238 7 the the DET fuelectenerg-6009 238 8 total total NOUN fuelectenerg-6009 238 9 no no DET fuelectenerg-6009 238 10 load load NOUN fuelectenerg-6009 238 11 losses loss NOUN fuelectenerg-6009 238 12 is be AUX fuelectenerg-6009 238 13 measured measure VERB fuelectenerg-6009 238 14 . . PUNCT fuelectenerg-6009 239 1 a a DET fuelectenerg-6009 239 2 dummy dummy ADJ fuelectenerg-6009 239 3 plastic plastic NOUN fuelectenerg-6009 239 4 stator stator NOUN fuelectenerg-6009 239 5 of of ADP fuelectenerg-6009 239 6 fig fig NOUN fuelectenerg-6009 239 7 . . PUNCT fuelectenerg-6009 240 1 0d 0d PROPN fuelectenerg-6009 240 2 was be AUX fuelectenerg-6009 240 3 used use VERB fuelectenerg-6009 240 4 to to PART fuelectenerg-6009 240 5 measure measure VERB fuelectenerg-6009 240 6 the the DET fuelectenerg-6009 240 7 windage windage NOUN fuelectenerg-6009 240 8 and and CCONJ fuelectenerg-6009 240 9 friction friction NOUN fuelectenerg-6009 240 10 losses loss NOUN fuelectenerg-6009 240 11 . . PUNCT fuelectenerg-6009 241 1 then then ADV fuelectenerg-6009 241 2 , , PUNCT fuelectenerg-6009 241 3 core core NOUN fuelectenerg-6009 241 4 losses loss NOUN fuelectenerg-6009 241 5 are be AUX fuelectenerg-6009 241 6 determined determine VERB fuelectenerg-6009 241 7 by by ADP fuelectenerg-6009 241 8 deducting deduct VERB fuelectenerg-6009 241 9 the the DET fuelectenerg-6009 241 10 windage windage NOUN fuelectenerg-6009 241 11 and and CCONJ fuelectenerg-6009 241 12 friction friction NOUN fuelectenerg-6009 241 13 losses loss NOUN fuelectenerg-6009 241 14 from from ADP fuelectenerg-6009 241 15 the the DET fuelectenerg-6009 241 16 total total ADJ fuelectenerg-6009 241 17 no no DET fuelectenerg-6009 241 18 - - PUNCT fuelectenerg-6009 241 19 load load NOUN fuelectenerg-6009 241 20 losses loss NOUN fuelectenerg-6009 241 21 . . PUNCT fuelectenerg-6009 242 1 to to PART fuelectenerg-6009 242 2 eliminate eliminate VERB fuelectenerg-6009 242 3 the the DET fuelectenerg-6009 242 4 effect effect NOUN fuelectenerg-6009 242 5 of of ADP fuelectenerg-6009 242 6 windage windage NOUN fuelectenerg-6009 242 7 and and CCONJ fuelectenerg-6009 242 8 friction friction NOUN fuelectenerg-6009 242 9 on on ADP fuelectenerg-6009 242 10 cogging cog VERB fuelectenerg-6009 242 11 torque torque NOUN fuelectenerg-6009 242 12 , , PUNCT fuelectenerg-6009 242 13 the the DET fuelectenerg-6009 242 14 rotor rotor NOUN fuelectenerg-6009 242 15 is be AUX fuelectenerg-6009 242 16 rotated rotate VERB fuelectenerg-6009 242 17 in in ADP fuelectenerg-6009 242 18 small small ADJ fuelectenerg-6009 242 19 steps step NOUN fuelectenerg-6009 242 20 of of ADP fuelectenerg-6009 242 21 0.01 0.01 NUM fuelectenerg-6009 242 22 mechanical mechanical ADJ fuelectenerg-6009 242 23 degrees degree NOUN fuelectenerg-6009 242 24 . . PUNCT fuelectenerg-6009 243 1 the the DET fuelectenerg-6009 243 2 torque torque NOUN fuelectenerg-6009 243 3 transducer transducer NOUN fuelectenerg-6009 243 4 signal signal NOUN fuelectenerg-6009 243 5 is be AUX fuelectenerg-6009 243 6 then then ADV fuelectenerg-6009 243 7 conditioned condition VERB fuelectenerg-6009 243 8 by by ADP fuelectenerg-6009 243 9 means mean NOUN fuelectenerg-6009 243 10 of of ADP fuelectenerg-6009 243 11 a a DET fuelectenerg-6009 243 12 fft fft NOUN fuelectenerg-6009 243 13 and and CCONJ fuelectenerg-6009 243 14 lower low ADJ fuelectenerg-6009 243 15 and and CCONJ fuelectenerg-6009 243 16 higher high ADJ fuelectenerg-6009 243 17 frequencies frequency NOUN fuelectenerg-6009 243 18 are be AUX fuelectenerg-6009 243 19 filtered filter VERB fuelectenerg-6009 243 20 . . PUNCT fuelectenerg-6009 244 1 fig fig NOUN fuelectenerg-6009 244 2 . . PUNCT fuelectenerg-6009 245 1 18a 18a NOUN fuelectenerg-6009 245 2 clearly clearly ADV fuelectenerg-6009 245 3 shows show VERB fuelectenerg-6009 245 4 the the DET fuelectenerg-6009 245 5 generator generator NOUN fuelectenerg-6009 245 6 cogging cog VERB fuelectenerg-6009 245 7 torque torque NOUN fuelectenerg-6009 245 8 and and CCONJ fuelectenerg-6009 245 9 its its PRON fuelectenerg-6009 245 10 oscillations oscillation NOUN fuelectenerg-6009 245 11 with with ADP fuelectenerg-6009 245 12 a a DET fuelectenerg-6009 245 13 mechanical mechanical ADJ fuelectenerg-6009 245 14 period period NOUN fuelectenerg-6009 245 15 of of ADP fuelectenerg-6009 245 16 360 360 NUM fuelectenerg-6009 245 17 / / SYM fuelectenerg-6009 245 18 lcm(2pqs lcm(2pqs NOUN fuelectenerg-6009 245 19 ) ) PUNCT fuelectenerg-6009 245 20 = = SYM fuelectenerg-6009 245 21 360 360 NUM fuelectenerg-6009 245 22 / / SYM fuelectenerg-6009 245 23 lcm(12,10 lcm(12,10 PROPN fuelectenerg-6009 245 24 ) ) PUNCT fuelectenerg-6009 245 25 = = PUNCT fuelectenerg-6009 245 26 6º. 6º. NUM fuelectenerg-6009 245 27 fig fig NOUN fuelectenerg-6009 245 28 . . PUNCT fuelectenerg-6009 246 1 16 16 NUM fuelectenerg-6009 246 2 temperature temperature NOUN fuelectenerg-6009 246 3 rise rise NOUN fuelectenerg-6009 246 4 in in ADP fuelectenerg-6009 246 5 different different ADJ fuelectenerg-6009 246 6 parts part NOUN fuelectenerg-6009 246 7 of of ADP fuelectenerg-6009 246 8 generator generator NOUN fuelectenerg-6009 246 9 ( ( PUNCT fuelectenerg-6009 246 10 cfd cfd NOUN fuelectenerg-6009 246 11 ) ) PUNCT fuelectenerg-6009 246 12 and and CCONJ fuelectenerg-6009 246 13 hotspot hotspot NOUN fuelectenerg-6009 246 14 from from ADP fuelectenerg-6009 246 15 pt100 pt100 PROPN fuelectenerg-6009 246 16 sensors sensor NOUN fuelectenerg-6009 246 17 in in ADP fuelectenerg-6009 246 18 windings winding NOUN fuelectenerg-6009 246 19 568 568 NUM fuelectenerg-6009 246 20 j. j. PROPN fuelectenerg-6009 246 21 faiz faiz PROPN fuelectenerg-6009 246 22 , , PUNCT fuelectenerg-6009 246 23 t. t. PROPN fuelectenerg-6009 246 24 asefi asefi PROPN fuelectenerg-6009 246 25 , , PUNCT fuelectenerg-6009 246 26 m. m. NOUN fuelectenerg-6009 246 27 a. a. PROPN fuelectenerg-6009 246 28 khan khan PROPN fuelectenerg-6009 246 29 0 0 NUM fuelectenerg-6009 247 1 0.002 0.002 NUM fuelectenerg-6009 247 2 0.004 0.004 NUM fuelectenerg-6009 247 3 0.006 0.006 NUM fuelectenerg-6009 247 4 0.008 0.008 NUM fuelectenerg-6009 247 5 0.01 0.01 NUM fuelectenerg-6009 247 6 0.012 0.012 NUM fuelectenerg-6009 247 7 0.014 0.014 NUM fuelectenerg-6009 247 8 0.016 0.016 NUM fuelectenerg-6009 247 9 0.018 0.018 NUM fuelectenerg-6009 247 10 0.02 0.02 NUM fuelectenerg-6009 247 11 -20 -20 NUM fuelectenerg-6009 247 12 -10 -10 PUNCT fuelectenerg-6009 247 13 0 0 NUM fuelectenerg-6009 247 14 10 10 NUM fuelectenerg-6009 247 15 20 20 NUM fuelectenerg-6009 247 16 time(s time(s NOUN fuelectenerg-6009 247 17 ) ) PUNCT fuelectenerg-6009 247 18 p p NOUN fuelectenerg-6009 247 19 h h NOUN fuelectenerg-6009 247 20 a a PRON fuelectenerg-6009 247 21 s s X fuelectenerg-6009 247 22 e e NOUN fuelectenerg-6009 247 23 v v ADP fuelectenerg-6009 247 24 o o PROPN fuelectenerg-6009 247 25 lt lt INTJ fuelectenerg-6009 247 26 a a DET fuelectenerg-6009 247 27 g g NOUN fuelectenerg-6009 247 28 e e X fuelectenerg-6009 247 29 ( ( PUNCT fuelectenerg-6009 247 30 v v NOUN fuelectenerg-6009 247 31 ) ) PUNCT fuelectenerg-6009 247 32 fem fem NOUN fuelectenerg-6009 247 33 experiment experiment NOUN fuelectenerg-6009 247 34 fig fig PROPN fuelectenerg-6009 247 35 . . PUNCT fuelectenerg-6009 248 1 17 17 NUM fuelectenerg-6009 248 2 phase phase NOUN fuelectenerg-6009 248 3 back back ADV fuelectenerg-6009 248 4 emf emf NOUN fuelectenerg-6009 248 5 ( ( PUNCT fuelectenerg-6009 248 6 a a NOUN fuelectenerg-6009 248 7 ) ) PUNCT fuelectenerg-6009 248 8 ( ( PUNCT fuelectenerg-6009 248 9 b b X fuelectenerg-6009 248 10 ) ) PUNCT fuelectenerg-6009 248 11 fig fig NOUN fuelectenerg-6009 248 12 . . PUNCT fuelectenerg-6009 249 1 18 18 NUM fuelectenerg-6009 249 2 ( ( PUNCT fuelectenerg-6009 249 3 a a NOUN fuelectenerg-6009 249 4 ) ) PUNCT fuelectenerg-6009 249 5 cogging cog VERB fuelectenerg-6009 249 6 torque torque NOUN fuelectenerg-6009 249 7 , , PUNCT fuelectenerg-6009 249 8 ( ( PUNCT fuelectenerg-6009 249 9 b b X fuelectenerg-6009 249 10 ) ) PUNCT fuelectenerg-6009 249 11 efficiency efficiency NOUN fuelectenerg-6009 249 12 map map NOUN fuelectenerg-6009 249 13 table table NOUN fuelectenerg-6009 249 14 7 7 NUM fuelectenerg-6009 249 15 experimental experimental ADJ fuelectenerg-6009 249 16 results result NOUN fuelectenerg-6009 249 17 comparison comparison NOUN fuelectenerg-6009 249 18 of of ADP fuelectenerg-6009 249 19 alternators alternator NOUN fuelectenerg-6009 249 20 at at ADP fuelectenerg-6009 249 21 600 600 NUM fuelectenerg-6009 249 22 rpm rpm NOUN fuelectenerg-6009 249 23 generator generator PROPN fuelectenerg-6009 249 24 nd nd PROPN fuelectenerg-6009 249 25 - - PUNCT fuelectenerg-6009 249 26 fe fe NOUN fuelectenerg-6009 249 27 - - PUNCT fuelectenerg-6009 249 28 b b NOUN fuelectenerg-6009 249 29 spoke speak VERB fuelectenerg-6009 249 30 type type NOUN fuelectenerg-6009 249 31 ferrite ferrite NOUN fuelectenerg-6009 249 32 cogging cog VERB fuelectenerg-6009 249 33 torque torque NOUN fuelectenerg-6009 249 34 ( ( PUNCT fuelectenerg-6009 249 35 nm nm NOUN fuelectenerg-6009 249 36 ) ) PUNCT fuelectenerg-6009 249 37 0.52 0.52 NUM fuelectenerg-6009 249 38 0.23 0.23 NUM fuelectenerg-6009 249 39 copper copper NOUN fuelectenerg-6009 249 40 losses loss NOUN fuelectenerg-6009 249 41 ( ( PUNCT fuelectenerg-6009 249 42 w w NOUN fuelectenerg-6009 249 43 ) ) PUNCT fuelectenerg-6009 249 44 48 48 NUM fuelectenerg-6009 249 45 54 54 NUM fuelectenerg-6009 249 46 iron iron NOUN fuelectenerg-6009 249 47 losses loss NOUN fuelectenerg-6009 249 48 ( ( PUNCT fuelectenerg-6009 249 49 w w NOUN fuelectenerg-6009 249 50 ) ) PUNCT fuelectenerg-6009 249 51 19.35 19.35 NUM fuelectenerg-6009 249 52 15.63 15.63 NUM fuelectenerg-6009 249 53 max max PROPN fuelectenerg-6009 249 54 . . PUNCT fuelectenerg-6009 250 1 efficiency efficiency NOUN fuelectenerg-6009 250 2 ( ( PUNCT fuelectenerg-6009 250 3 % % INTJ fuelectenerg-6009 250 4 ) ) PUNCT fuelectenerg-6009 250 5 80.8 80.8 NUM fuelectenerg-6009 250 6 @8.6 @8.6 PROPN fuelectenerg-6009 250 7 a a DET fuelectenerg-6009 250 8 80.3@8.7 80.3@8.7 NUM fuelectenerg-6009 250 9 a a DET fuelectenerg-6009 250 10 phase phase NOUN fuelectenerg-6009 250 11 back back ADP fuelectenerg-6009 250 12 emf emf NOUN fuelectenerg-6009 250 13 is be AUX fuelectenerg-6009 250 14 due due ADJ fuelectenerg-6009 250 15 to to ADP fuelectenerg-6009 250 16 asymmetries asymmetry NOUN fuelectenerg-6009 250 17 in in ADP fuelectenerg-6009 250 18 the the DET fuelectenerg-6009 250 19 mechanical mechanical ADJ fuelectenerg-6009 250 20 structure structure NOUN fuelectenerg-6009 250 21 and and CCONJ fuelectenerg-6009 250 22 assembly assembly NOUN fuelectenerg-6009 250 23 imperfections imperfection NOUN fuelectenerg-6009 250 24 . . PUNCT fuelectenerg-6009 251 1 finally finally ADV fuelectenerg-6009 251 2 , , PUNCT fuelectenerg-6009 251 3 fig fig NOUN fuelectenerg-6009 251 4 . . PUNCT fuelectenerg-6009 251 5 18b 18b NUM fuelectenerg-6009 251 6 shows show VERB fuelectenerg-6009 251 7 the the DET fuelectenerg-6009 251 8 efficiency efficiency NOUN fuelectenerg-6009 251 9 map map NOUN fuelectenerg-6009 251 10 of of ADP fuelectenerg-6009 251 11 the the DET fuelectenerg-6009 251 12 test test NOUN fuelectenerg-6009 251 13 machine machine NOUN fuelectenerg-6009 251 14 where where SCONJ fuelectenerg-6009 251 15 the the DET fuelectenerg-6009 251 16 measured measured ADJ fuelectenerg-6009 251 17 results result NOUN fuelectenerg-6009 251 18 are be AUX fuelectenerg-6009 251 19 compared compare VERB fuelectenerg-6009 251 20 to to ADP fuelectenerg-6009 251 21 the the DET fuelectenerg-6009 251 22 analytical analytical ADJ fuelectenerg-6009 251 23 design design NOUN fuelectenerg-6009 251 24 . . PUNCT fuelectenerg-6009 252 1 this this DET fuelectenerg-6009 252 2 map map NOUN fuelectenerg-6009 252 3 indicates indicate VERB fuelectenerg-6009 252 4 that that SCONJ fuelectenerg-6009 252 5 the the DET fuelectenerg-6009 252 6 maximum maximum ADJ fuelectenerg-6009 252 7 efficiency efficiency NOUN fuelectenerg-6009 252 8 of of ADP fuelectenerg-6009 252 9 the the DET fuelectenerg-6009 252 10 generator generator NOUN fuelectenerg-6009 252 11 occurs occur VERB fuelectenerg-6009 252 12 at at ADP fuelectenerg-6009 252 13 87 87 NUM fuelectenerg-6009 252 14 % % NOUN fuelectenerg-6009 252 15 of of ADP fuelectenerg-6009 252 16 the the DET fuelectenerg-6009 252 17 rated rate VERB fuelectenerg-6009 252 18 power power NOUN fuelectenerg-6009 252 19 , , PUNCT fuelectenerg-6009 252 20 i.e. i.e. X fuelectenerg-6009 252 21 phase phase NOUN fuelectenerg-6009 252 22 current current ADJ fuelectenerg-6009 252 23 of of ADP fuelectenerg-6009 252 24 8.7 8.7 NUM fuelectenerg-6009 252 25 a a PRON fuelectenerg-6009 252 26 , , PUNCT fuelectenerg-6009 252 27 at at ADP fuelectenerg-6009 252 28 a a DET fuelectenerg-6009 252 29 shaft shaft NOUN fuelectenerg-6009 252 30 speed speed NOUN fuelectenerg-6009 252 31 of of ADP fuelectenerg-6009 252 32 600 600 NUM fuelectenerg-6009 252 33 rpm rpm NOUN fuelectenerg-6009 252 34 . . PUNCT fuelectenerg-6009 253 1 in in ADP fuelectenerg-6009 253 2 table table NOUN fuelectenerg-6009 253 3 7 7 NUM fuelectenerg-6009 253 4 the the DET fuelectenerg-6009 253 5 experimental experimental ADJ fuelectenerg-6009 253 6 results result NOUN fuelectenerg-6009 253 7 of of ADP fuelectenerg-6009 253 8 the the DET fuelectenerg-6009 253 9 nd nd NOUN fuelectenerg-6009 253 10 - - PUNCT fuelectenerg-6009 253 11 fe fe NOUN fuelectenerg-6009 253 12 - - PUNCT fuelectenerg-6009 253 13 b b NOUN fuelectenerg-6009 253 14 and and CCONJ fuelectenerg-6009 253 15 ferrite ferrite NOUN fuelectenerg-6009 253 16 generators generator NOUN fuelectenerg-6009 253 17 have have AUX fuelectenerg-6009 253 18 been be AUX fuelectenerg-6009 253 19 compared compare VERB fuelectenerg-6009 253 20 . . PUNCT fuelectenerg-6009 254 1 6 6 X fuelectenerg-6009 254 2 . . X fuelectenerg-6009 254 3 conclusion conclusion NOUN fuelectenerg-6009 254 4 in in ADP fuelectenerg-6009 254 5 this this DET fuelectenerg-6009 254 6 paper paper NOUN fuelectenerg-6009 254 7 , , PUNCT fuelectenerg-6009 254 8 a a DET fuelectenerg-6009 254 9 comparative comparative ADJ fuelectenerg-6009 254 10 study study NOUN fuelectenerg-6009 254 11 was be AUX fuelectenerg-6009 254 12 conducted conduct VERB fuelectenerg-6009 254 13 on on ADP fuelectenerg-6009 254 14 the the DET fuelectenerg-6009 254 15 impact impact NOUN fuelectenerg-6009 254 16 of of ADP fuelectenerg-6009 254 17 the the DET fuelectenerg-6009 254 18 ferrite ferrite NOUN fuelectenerg-6009 254 19 and and CCONJ fuelectenerg-6009 254 20 nd nd NOUN fuelectenerg-6009 254 21 - - PUNCT fuelectenerg-6009 254 22 feb feb NOUN fuelectenerg-6009 254 23 magnets magnet NOUN fuelectenerg-6009 254 24 upon upon SCONJ fuelectenerg-6009 254 25 the the DET fuelectenerg-6009 254 26 performance performance NOUN fuelectenerg-6009 254 27 of of ADP fuelectenerg-6009 254 28 a a DET fuelectenerg-6009 254 29 high high ADJ fuelectenerg-6009 254 30 poles pole NOUN fuelectenerg-6009 254 31 number number NOUN fuelectenerg-6009 254 32 drafpm drafpm NOUN fuelectenerg-6009 254 33 wind wind NOUN fuelectenerg-6009 254 34 generator generator NOUN fuelectenerg-6009 254 35 . . PUNCT fuelectenerg-6009 255 1 in in ADP fuelectenerg-6009 255 2 particular particular ADJ fuelectenerg-6009 255 3 , , PUNCT fuelectenerg-6009 255 4 a a DET fuelectenerg-6009 255 5 surface surface NOUN fuelectenerg-6009 255 6 mounted mount VERB fuelectenerg-6009 255 7 and and CCONJ fuelectenerg-6009 255 8 spoke speak VERB fuelectenerg-6009 255 9 type type NOUN fuelectenerg-6009 255 10 topology topology NOUN fuelectenerg-6009 255 11 with with ADP fuelectenerg-6009 255 12 low low ADJ fuelectenerg-6009 255 13 cost cost NOUN fuelectenerg-6009 255 14 ferrite ferrite NOUN fuelectenerg-6009 255 15 pms pm NOUN fuelectenerg-6009 255 16 was be AUX fuelectenerg-6009 255 17 compared compare VERB fuelectenerg-6009 255 18 with with ADP fuelectenerg-6009 255 19 a a DET fuelectenerg-6009 255 20 surface surface NOUN fuelectenerg-6009 255 21 mounted mount VERB fuelectenerg-6009 255 22 nd nd NOUN fuelectenerg-6009 255 23 - - PUNCT fuelectenerg-6009 255 24 fe fe NOUN fuelectenerg-6009 255 25 - - PUNCT fuelectenerg-6009 255 26 b b PROPN fuelectenerg-6009 255 27 pm pm NOUN fuelectenerg-6009 255 28 topology topology NOUN fuelectenerg-6009 255 29 . . PUNCT fuelectenerg-6009 256 1 design design NOUN fuelectenerg-6009 256 2 of of ADP fuelectenerg-6009 256 3 pm pm PROPN fuelectenerg-6009 256 4 generator generator NOUN fuelectenerg-6009 256 5 with with ADP fuelectenerg-6009 256 6 ferrite ferrite NOUN fuelectenerg-6009 256 7 and and CCONJ fuelectenerg-6009 256 8 rare rare ADJ fuelectenerg-6009 256 9 - - PUNCT fuelectenerg-6009 256 10 earth earth NOUN fuelectenerg-6009 256 11 magnets magnet NOUN fuelectenerg-6009 256 12 569 569 NUM fuelectenerg-6009 256 13 the the DET fuelectenerg-6009 256 14 designed design VERB fuelectenerg-6009 256 15 generators generator NOUN fuelectenerg-6009 256 16 were be AUX fuelectenerg-6009 256 17 optimized optimize VERB fuelectenerg-6009 256 18 to to PART fuelectenerg-6009 256 19 achieve achieve VERB fuelectenerg-6009 256 20 minimum minimum ADJ fuelectenerg-6009 256 21 weight weight NOUN fuelectenerg-6009 256 22 using use VERB fuelectenerg-6009 256 23 a a DET fuelectenerg-6009 256 24 populationbased populationbase VERB fuelectenerg-6009 256 25 algorithm algorithm NOUN fuelectenerg-6009 256 26 . . PUNCT fuelectenerg-6009 257 1 extensive extensive ADJ fuelectenerg-6009 257 2 fea fea PROPN fuelectenerg-6009 257 3 was be AUX fuelectenerg-6009 257 4 conducted conduct VERB fuelectenerg-6009 257 5 to to PART fuelectenerg-6009 257 6 further far ADV fuelectenerg-6009 257 7 optimize optimize VERB fuelectenerg-6009 257 8 the the DET fuelectenerg-6009 257 9 machine machine NOUN fuelectenerg-6009 257 10 topology topology NOUN fuelectenerg-6009 257 11 with with ADP fuelectenerg-6009 257 12 ferrite ferrite NOUN fuelectenerg-6009 257 13 pms pm NOUN fuelectenerg-6009 257 14 . . PUNCT fuelectenerg-6009 258 1 experimental experimental ADJ fuelectenerg-6009 258 2 results result NOUN fuelectenerg-6009 258 3 verified verify VERB fuelectenerg-6009 258 4 the the DET fuelectenerg-6009 258 5 design design NOUN fuelectenerg-6009 258 6 and and CCONJ fuelectenerg-6009 258 7 fea fea NOUN fuelectenerg-6009 258 8 results result NOUN fuelectenerg-6009 258 9 . . PUNCT fuelectenerg-6009 259 1 it it PRON fuelectenerg-6009 259 2 was be AUX fuelectenerg-6009 259 3 exhibited exhibit VERB fuelectenerg-6009 259 4 that that SCONJ fuelectenerg-6009 259 5 the the DET fuelectenerg-6009 259 6 spoke speak VERB fuelectenerg-6009 259 7 type type NOUN fuelectenerg-6009 259 8 ferrite ferrite NOUN fuelectenerg-6009 259 9 pm pm NOUN fuelectenerg-6009 259 10 topology topology NOUN fuelectenerg-6009 259 11 is be AUX fuelectenerg-6009 259 12 a a DET fuelectenerg-6009 259 13 viable viable ADJ fuelectenerg-6009 259 14 alternative alternative NOUN fuelectenerg-6009 259 15 to to ADP fuelectenerg-6009 259 16 the the DET fuelectenerg-6009 259 17 conventional conventional ADJ fuelectenerg-6009 259 18 nd nd NUM fuelectenerg-6009 259 19 - - PUNCT fuelectenerg-6009 259 20 fe fe NOUN fuelectenerg-6009 259 21 - - PUNCT fuelectenerg-6009 259 22 b b NOUN fuelectenerg-6009 259 23 generator generator NOUN fuelectenerg-6009 259 24 and and CCONJ fuelectenerg-6009 259 25 has have VERB fuelectenerg-6009 259 26 lower low ADJ fuelectenerg-6009 259 27 thd thd NOUN fuelectenerg-6009 259 28 in in ADP fuelectenerg-6009 259 29 its its PRON fuelectenerg-6009 259 30 open open ADJ fuelectenerg-6009 259 31 circuit circuit NOUN fuelectenerg-6009 259 32 voltage voltage NOUN fuelectenerg-6009 259 33 , , PUNCT fuelectenerg-6009 259 34 cogging cog VERB fuelectenerg-6009 259 35 torque torque NOUN fuelectenerg-6009 259 36 and and CCONJ fuelectenerg-6009 259 37 torque torque NOUN fuelectenerg-6009 259 38 ripple ripple NOUN fuelectenerg-6009 259 39 . . PUNCT fuelectenerg-6009 260 1 however however ADV fuelectenerg-6009 260 2 , , PUNCT fuelectenerg-6009 260 3 its its PRON fuelectenerg-6009 260 4 active active ADJ fuelectenerg-6009 260 5 material material NOUN fuelectenerg-6009 260 6 mass mass NOUN fuelectenerg-6009 260 7 was be AUX fuelectenerg-6009 260 8 16 16 NUM fuelectenerg-6009 260 9 % % NOUN fuelectenerg-6009 260 10 more more ADJ fuelectenerg-6009 260 11 and and CCONJ fuelectenerg-6009 260 12 its its PRON fuelectenerg-6009 260 13 induced induced ADJ fuelectenerg-6009 260 14 voltages voltage NOUN fuelectenerg-6009 260 15 were be AUX fuelectenerg-6009 260 16 more more ADV fuelectenerg-6009 260 17 unbalanced unbalanced ADJ fuelectenerg-6009 260 18 . . PUNCT fuelectenerg-6009 261 1 it it PRON fuelectenerg-6009 261 2 was be AUX fuelectenerg-6009 261 3 also also ADV fuelectenerg-6009 261 4 found find VERB fuelectenerg-6009 261 5 that that SCONJ fuelectenerg-6009 261 6 surface surface NOUN fuelectenerg-6009 261 7 mounted mount VERB fuelectenerg-6009 261 8 topology topology NOUN fuelectenerg-6009 261 9 is be AUX fuelectenerg-6009 261 10 unable unable ADJ fuelectenerg-6009 261 11 to to PART fuelectenerg-6009 261 12 develop develop VERB fuelectenerg-6009 261 13 the the DET fuelectenerg-6009 261 14 nominal nominal ADJ fuelectenerg-6009 261 15 electromagnetic electromagnetic ADJ fuelectenerg-6009 261 16 torque torque NOUN fuelectenerg-6009 261 17 , , PUNCT fuelectenerg-6009 261 18 and and CCONJ fuelectenerg-6009 261 19 also also ADV fuelectenerg-6009 261 20 its its PRON fuelectenerg-6009 261 21 torque torque NOUN fuelectenerg-6009 261 22 ripple ripple NOUN fuelectenerg-6009 261 23 is be AUX fuelectenerg-6009 261 24 higher high ADJ fuelectenerg-6009 261 25 and and CCONJ fuelectenerg-6009 261 26 efficiency efficiency NOUN fuelectenerg-6009 261 27 is be AUX fuelectenerg-6009 261 28 lower low ADJ fuelectenerg-6009 261 29 than than ADP fuelectenerg-6009 261 30 the the DET fuelectenerg-6009 261 31 spoke speak VERB fuelectenerg-6009 261 32 type type NOUN fuelectenerg-6009 261 33 generator generator NOUN fuelectenerg-6009 261 34 . . PUNCT fuelectenerg-6009 262 1 references reference NOUN fuelectenerg-6009 262 2 [ [ X fuelectenerg-6009 262 3 1 1 X fuelectenerg-6009 262 4 ] ] PUNCT fuelectenerg-6009 262 5 j. j. PROPN fuelectenerg-6009 262 6 faiz faiz PROPN fuelectenerg-6009 262 7 , , PUNCT fuelectenerg-6009 262 8 t. t. PROPN fuelectenerg-6009 262 9 asefi asefi PROPN fuelectenerg-6009 262 10 and and CCONJ fuelectenerg-6009 262 11 m. m. PROPN fuelectenerg-6009 262 12 a. a. PROPN fuelectenerg-6009 262 13 khan khan PROPN fuelectenerg-6009 262 14 , , PUNCT fuelectenerg-6009 262 15 " " PUNCT fuelectenerg-6009 262 16 design design NOUN fuelectenerg-6009 262 17 of of ADP fuelectenerg-6009 262 18 axial axial ADJ fuelectenerg-6009 262 19 flux flux NOUN fuelectenerg-6009 262 20 ferrite ferrite NOUN fuelectenerg-6009 262 21 permanent permanent ADJ fuelectenerg-6009 262 22 magnet magnet NOUN fuelectenerg-6009 262 23 synchronous synchronous ADJ fuelectenerg-6009 262 24 generator generator NOUN fuelectenerg-6009 262 25 ” " PUNCT fuelectenerg-6009 262 26 , , PUNCT fuelectenerg-6009 262 27 in in ADP fuelectenerg-6009 262 28 proceedings proceeding NOUN fuelectenerg-6009 262 29 of of ADP fuelectenerg-6009 262 30 the the DET fuelectenerg-6009 262 31 14th 14th ADJ fuelectenerg-6009 262 32 international international ADJ fuelectenerg-6009 262 33 conference conference NOUN fuelectenerg-6009 262 34 on on ADP fuelectenerg-6009 262 35 applied applied ADJ fuelectenerg-6009 262 36 electromagnetics electromagnetic NOUN fuelectenerg-6009 262 37 ( ( PUNCT fuelectenerg-6009 262 38 пес пес ADJ fuelectenerg-6009 262 39 2019 2019 NUM fuelectenerg-6009 262 40 ) ) PUNCT fuelectenerg-6009 262 41 , , PUNCT fuelectenerg-6009 262 42 august august PROPN fuelectenerg-6009 262 43 26 26 NUM fuelectenerg-6009 262 44 28 28 NUM fuelectenerg-6009 262 45 , , PUNCT fuelectenerg-6009 262 46 2019 2019 NUM fuelectenerg-6009 262 47 , , PUNCT fuelectenerg-6009 262 48 niš niš NOUN fuelectenerg-6009 262 49 , , PUNCT fuelectenerg-6009 262 50 serbia serbia PROPN fuelectenerg-6009 262 51 . . PUNCT fuelectenerg-6009 263 1 [ [ X fuelectenerg-6009 263 2 2 2 X fuelectenerg-6009 263 3 ] ] PUNCT fuelectenerg-6009 263 4 t. t. PROPN fuelectenerg-6009 263 5 asefi asefi PROPN fuelectenerg-6009 263 6 , , PUNCT fuelectenerg-6009 263 7 j. j. PROPN fuelectenerg-6009 263 8 faiz faiz PROPN fuelectenerg-6009 263 9 , , PUNCT fuelectenerg-6009 263 10 and and CCONJ fuelectenerg-6009 263 11 m. m. PROPN fuelectenerg-6009 263 12 a. a. PROPN fuelectenerg-6009 263 13 khan khan PROPN fuelectenerg-6009 263 14 . . PUNCT fuelectenerg-6009 264 1 " " PUNCT fuelectenerg-6009 264 2 design design NOUN fuelectenerg-6009 264 3 of of ADP fuelectenerg-6009 264 4 dual dual ADJ fuelectenerg-6009 264 5 rotor rotor NOUN fuelectenerg-6009 264 6 axial axial ADJ fuelectenerg-6009 264 7 flux flux NOUN fuelectenerg-6009 264 8 permanent permanent ADJ fuelectenerg-6009 264 9 magnet magnet NOUN fuelectenerg-6009 264 10 generators generator NOUN fuelectenerg-6009 264 11 with with ADP fuelectenerg-6009 264 12 ferrite ferrite NOUN fuelectenerg-6009 264 13 and and CCONJ fuelectenerg-6009 264 14 rare rare ADJ fuelectenerg-6009 264 15 - - PUNCT fuelectenerg-6009 264 16 earth earth NOUN fuelectenerg-6009 264 17 magnets magnet NOUN fuelectenerg-6009 264 18 " " PUNCT fuelectenerg-6009 264 19 , , PUNCT fuelectenerg-6009 264 20 in in ADP fuelectenerg-6009 264 21 proceedings proceeding NOUN fuelectenerg-6009 264 22 of of ADP fuelectenerg-6009 264 23 the the DET fuelectenerg-6009 264 24 ieee ieee NOUN fuelectenerg-6009 264 25 18th 18th ADJ fuelectenerg-6009 264 26 international international ADJ fuelectenerg-6009 264 27 power power NOUN fuelectenerg-6009 264 28 electronics electronic NOUN fuelectenerg-6009 264 29 and and CCONJ fuelectenerg-6009 264 30 motion motion NOUN fuelectenerg-6009 264 31 control control NOUN fuelectenerg-6009 264 32 conference conference PROPN fuelectenerg-6009 264 33 ( ( PUNCT fuelectenerg-6009 264 34 pemc pemc NOUN fuelectenerg-6009 264 35 ) ) PUNCT fuelectenerg-6009 264 36 , , PUNCT fuelectenerg-6009 264 37 budapest budapest NOUN fuelectenerg-6009 264 38 , , PUNCT fuelectenerg-6009 264 39 hungry hungry ADJ fuelectenerg-6009 264 40 , , PUNCT fuelectenerg-6009 264 41 2018 2018 NUM fuelectenerg-6009 264 42 . . PUNCT fuelectenerg-6009 265 1 [ [ X fuelectenerg-6009 265 2 3 3 NUM fuelectenerg-6009 265 3 ] ] PUNCT fuelectenerg-6009 265 4 m. m. NOUN fuelectenerg-6009 265 5 dahlgren dahlgren PROPN fuelectenerg-6009 265 6 , , PUNCT fuelectenerg-6009 265 7 h. h. PROPN fuelectenerg-6009 265 8 frank frank PROPN fuelectenerg-6009 265 9 , , PUNCT fuelectenerg-6009 265 10 m. m. NOUN fuelectenerg-6009 265 11 leijon leijon PROPN fuelectenerg-6009 265 12 and and CCONJ fuelectenerg-6009 265 13 f. f. PROPN fuelectenerg-6009 265 14 owman owman PROPN fuelectenerg-6009 265 15 , , PUNCT fuelectenerg-6009 265 16 " " PUNCT fuelectenerg-6009 265 17 wind wind NOUN fuelectenerg-6009 265 18 former former ADJ fuelectenerg-6009 265 19 ; ; PUNCT fuelectenerg-6009 265 20 wind wind NOUN fuelectenerg-6009 265 21 power power NOUN fuelectenerg-6009 265 22 goes go VERB fuelectenerg-6009 265 23 large large ADJ fuelectenerg-6009 265 24 scale scale NOUN fuelectenerg-6009 265 25 , , PUNCT fuelectenerg-6009 265 26 " " PUNCT fuelectenerg-6009 265 27 abb abb PROPN fuelectenerg-6009 265 28 rev rev NOUN fuelectenerg-6009 265 29 , , PUNCT fuelectenerg-6009 265 30 3:31 3:31 NUM fuelectenerg-6009 265 31 - - PUNCT fuelectenerg-6009 265 32 37.j 37.j NUM fuelectenerg-6009 265 33 . . PUNCT fuelectenerg-6009 265 34 , , PUNCT fuelectenerg-6009 265 35 2000 2000 NUM fuelectenerg-6009 265 36 . . PUNCT fuelectenerg-6009 266 1 [ [ X fuelectenerg-6009 266 2 4 4 X fuelectenerg-6009 266 3 ] ] PUNCT fuelectenerg-6009 266 4 k. k. PROPN fuelectenerg-6009 266 5 h. h. PROPN fuelectenerg-6009 266 6 kim kim PROPN fuelectenerg-6009 266 7 , , PUNCT fuelectenerg-6009 266 8 h. h. PROPN fuelectenerg-6009 266 9 i. i. PROPN fuelectenerg-6009 266 10 park park PROPN fuelectenerg-6009 266 11 , , PUNCT fuelectenerg-6009 266 12 s. s. PROPN fuelectenerg-6009 266 13 m. m. PROPN fuelectenerg-6009 266 14 jang jang PROPN fuelectenerg-6009 266 15 , , PUNCT fuelectenerg-6009 266 16 d. d. PROPN fuelectenerg-6009 266 17 j. j. PROPN fuelectenerg-6009 266 18 you you PROPN fuelectenerg-6009 266 19 and and CCONJ fuelectenerg-6009 266 20 j. j. PROPN fuelectenerg-6009 266 21 y. y. PROPN fuelectenerg-6009 266 22 choi choi PROPN fuelectenerg-6009 266 23 , , PUNCT fuelectenerg-6009 266 24 " " PUNCT fuelectenerg-6009 266 25 comparative comparative ADJ fuelectenerg-6009 266 26 study study NOUN fuelectenerg-6009 266 27 of of ADP fuelectenerg-6009 266 28 electromagnetic electromagnetic ADJ fuelectenerg-6009 266 29 performance performance NOUN fuelectenerg-6009 266 30 of of ADP fuelectenerg-6009 266 31 high high ADJ fuelectenerg-6009 266 32 - - PUNCT fuelectenerg-6009 266 33 speed speed NOUN fuelectenerg-6009 266 34 synchronous synchronous ADJ fuelectenerg-6009 266 35 motors motor NOUN fuelectenerg-6009 266 36 with with ADP fuelectenerg-6009 266 37 rare rare ADJ fuelectenerg-6009 266 38 - - PUNCT fuelectenerg-6009 266 39 earth earth NOUN fuelectenerg-6009 266 40 and and CCONJ fuelectenerg-6009 266 41 ferrite ferrite ADJ fuelectenerg-6009 266 42 permanent permanent ADJ fuelectenerg-6009 266 43 magnets magnet NOUN fuelectenerg-6009 266 44 , , PUNCT fuelectenerg-6009 266 45 " " PUNCT fuelectenerg-6009 266 46 ieee ieee NOUN fuelectenerg-6009 266 47 trans trans PROPN fuelectenerg-6009 266 48 . . PUNCT fuelectenerg-6009 267 1 magn magn PROPN fuelectenerg-6009 267 2 . . PROPN fuelectenerg-6009 267 3 , , PUNCT fuelectenerg-6009 267 4 vol vol NOUN fuelectenerg-6009 267 5 . . PROPN fuelectenerg-6009 268 1 52 52 NUM fuelectenerg-6009 268 2 , , PUNCT fuelectenerg-6009 268 3 no no INTJ fuelectenerg-6009 268 4 . . NOUN fuelectenerg-6009 268 5 7 7 NUM fuelectenerg-6009 268 6 , , PUNCT fuelectenerg-6009 268 7 pp pp ADJ fuelectenerg-6009 268 8 . . PUNCT fuelectenerg-6009 269 1 1–4 1–4 NUM fuelectenerg-6009 269 2 , , PUNCT fuelectenerg-6009 269 3 jul jul PROPN fuelectenerg-6009 269 4 . . PROPN fuelectenerg-6009 269 5 2016 2016 NUM fuelectenerg-6009 269 6 . . PUNCT fuelectenerg-6009 270 1 [ [ X fuelectenerg-6009 270 2 5 5 X fuelectenerg-6009 270 3 ] ] PUNCT fuelectenerg-6009 270 4 s. s. PROPN fuelectenerg-6009 270 5 chung chung PROPN fuelectenerg-6009 270 6 , , PUNCT fuelectenerg-6009 270 7 s. s. PROPN fuelectenerg-6009 270 8 h. h. PROPN fuelectenerg-6009 270 9 moon moon PROPN fuelectenerg-6009 270 10 , , PUNCT fuelectenerg-6009 270 11 d. d. PROPN fuelectenerg-6009 270 12 j. j. PROPN fuelectenerg-6009 270 13 kim kim PROPN fuelectenerg-6009 270 14 and and CCONJ fuelectenerg-6009 270 15 j. j. PROPN fuelectenerg-6009 270 16 m. m. PROPN fuelectenerg-6009 270 17 kim kim PROPN fuelectenerg-6009 270 18 , , PUNCT fuelectenerg-6009 270 19 " " PUNCT fuelectenerg-6009 270 20 development development NOUN fuelectenerg-6009 270 21 of of ADP fuelectenerg-6009 270 22 a a DET fuelectenerg-6009 270 23 20 20 NUM fuelectenerg-6009 270 24 - - PUNCT fuelectenerg-6009 270 25 pole–24 pole–24 NOUN fuelectenerg-6009 270 26 - - PUNCT fuelectenerg-6009 270 27 slot slot NOUN fuelectenerg-6009 270 28 spmsm spmsm NOUN fuelectenerg-6009 270 29 with with ADP fuelectenerg-6009 270 30 consequent consequent ADJ fuelectenerg-6009 270 31 pole pole NOUN fuelectenerg-6009 270 32 rotor rotor NOUN fuelectenerg-6009 270 33 for for ADP fuelectenerg-6009 270 34 in in ADP fuelectenerg-6009 270 35 - - PUNCT fuelectenerg-6009 270 36 wheel wheel NOUN fuelectenerg-6009 270 37 direct direct ADJ fuelectenerg-6009 270 38 drive drive NOUN fuelectenerg-6009 270 39 , , PUNCT fuelectenerg-6009 270 40 " " PUNCT fuelectenerg-6009 270 41 ieee ieee NOUN fuelectenerg-6009 270 42 trans tran NOUN fuelectenerg-6009 270 43 . . PUNCT fuelectenerg-6009 271 1 ind ind PROPN fuelectenerg-6009 271 2 . . PUNCT fuelectenerg-6009 271 3 electron electron PROPN fuelectenerg-6009 271 4 , , PUNCT fuelectenerg-6009 271 5 vol vol NOUN fuelectenerg-6009 271 6 . . PROPN fuelectenerg-6009 271 7 63 63 NUM fuelectenerg-6009 271 8 , , PUNCT fuelectenerg-6009 271 9 no no INTJ fuelectenerg-6009 271 10 . . NOUN fuelectenerg-6009 271 11 1 1 NUM fuelectenerg-6009 271 12 , , PUNCT fuelectenerg-6009 271 13 pp pp ADJ fuelectenerg-6009 271 14 . . PUNCT fuelectenerg-6009 272 1 302–309 302–309 NUM fuelectenerg-6009 272 2 , , PUNCT fuelectenerg-6009 272 3 jan jan PROPN fuelectenerg-6009 272 4 . . PROPN fuelectenerg-6009 272 5 2016 2016 NUM fuelectenerg-6009 272 6 . . PUNCT fuelectenerg-6009 273 1 [ [ X fuelectenerg-6009 273 2 6 6 NUM fuelectenerg-6009 273 3 ] ] PUNCT fuelectenerg-6009 273 4 m. m. NOUN fuelectenerg-6009 273 5 kimiabeigi kimiabeigi PROPN fuelectenerg-6009 273 6 , , PUNCT fuelectenerg-6009 273 7 j. j. PROPN fuelectenerg-6009 273 8 d. d. PROPN fuelectenerg-6009 273 9 widmer widmer PROPN fuelectenerg-6009 273 10 , , PUNCT fuelectenerg-6009 273 11 r. r. PROPN fuelectenerg-6009 273 12 long long PROPN fuelectenerg-6009 273 13 , , PUNCT fuelectenerg-6009 273 14 y. y. PROPN fuelectenerg-6009 273 15 gao gao PROPN fuelectenerg-6009 273 16 , , PUNCT fuelectenerg-6009 273 17 j. j. PROPN fuelectenerg-6009 273 18 goss goss PROPN fuelectenerg-6009 273 19 , , PUNCT fuelectenerg-6009 273 20 r. r. PROPN fuelectenerg-6009 273 21 martin martin PROPN fuelectenerg-6009 273 22 , , PUNCT fuelectenerg-6009 273 23 t. t. PROPN fuelectenerg-6009 273 24 lisle lisle PROPN fuelectenerg-6009 273 25 , , PUNCT fuelectenerg-6009 273 26 j. j. PROPN fuelectenerg-6009 273 27 m. m. PROPN fuelectenerg-6009 273 28 soler soler PROPN fuelectenerg-6009 273 29 vizan vizan PROPN fuelectenerg-6009 273 30 , , PUNCT fuelectenerg-6009 273 31 a. a. NOUN fuelectenerg-6009 273 32 michaelides michaelide NOUN fuelectenerg-6009 273 33 and and CCONJ fuelectenerg-6009 273 34 b. b. PROPN fuelectenerg-6009 273 35 mecrow mecrow PROPN fuelectenerg-6009 273 36 , , PUNCT fuelectenerg-6009 273 37 " " PUNCT fuelectenerg-6009 273 38 high high ADJ fuelectenerg-6009 273 39 - - PUNCT fuelectenerg-6009 273 40 performance performance NOUN fuelectenerg-6009 273 41 low low ADJ fuelectenerg-6009 273 42 - - PUNCT fuelectenerg-6009 273 43 cost cost NOUN fuelectenerg-6009 273 44 electric electric ADJ fuelectenerg-6009 273 45 motor motor NOUN fuelectenerg-6009 273 46 for for ADP fuelectenerg-6009 273 47 electric electric ADJ fuelectenerg-6009 273 48 vehicles vehicle NOUN fuelectenerg-6009 273 49 using use VERB fuelectenerg-6009 273 50 ferrite ferrite ADJ fuelectenerg-6009 273 51 magnets magnet NOUN fuelectenerg-6009 273 52 , , PUNCT fuelectenerg-6009 273 53 " " PUNCT fuelectenerg-6009 273 54 ieee ieee NOUN fuelectenerg-6009 273 55 trans tran NOUN fuelectenerg-6009 273 56 . . PUNCT fuelectenerg-6009 274 1 ind ind PROPN fuelectenerg-6009 274 2 . . PUNCT fuelectenerg-6009 274 3 electron electron PROPN fuelectenerg-6009 274 4 . . PUNCT fuelectenerg-6009 274 5 , , PUNCT fuelectenerg-6009 274 6 vol vol NOUN fuelectenerg-6009 274 7 . . PROPN fuelectenerg-6009 274 8 63 63 NUM fuelectenerg-6009 274 9 , , PUNCT fuelectenerg-6009 274 10 no no INTJ fuelectenerg-6009 274 11 . . NOUN fuelectenerg-6009 274 12 1 1 NUM fuelectenerg-6009 274 13 , , PUNCT fuelectenerg-6009 274 14 pp pp ADJ fuelectenerg-6009 274 15 . . PUNCT fuelectenerg-6009 275 1 113–122 113–122 NUM fuelectenerg-6009 275 2 , , PUNCT fuelectenerg-6009 275 3 jan jan PROPN fuelectenerg-6009 275 4 . . PROPN fuelectenerg-6009 275 5 2016 2016 NUM fuelectenerg-6009 275 6 . . PUNCT fuelectenerg-6009 276 1 [ [ X fuelectenerg-6009 276 2 7 7 X fuelectenerg-6009 276 3 ] ] X fuelectenerg-6009 276 4 i. i. PROPN fuelectenerg-6009 276 5 petrov petrov PROPN fuelectenerg-6009 276 6 and and CCONJ fuelectenerg-6009 276 7 j. j. PROPN fuelectenerg-6009 276 8 pyrhönen pyrhönen PROPN fuelectenerg-6009 276 9 , , PUNCT fuelectenerg-6009 276 10 " " PUNCT fuelectenerg-6009 276 11 performance performance NOUN fuelectenerg-6009 276 12 of of ADP fuelectenerg-6009 276 13 low low ADJ fuelectenerg-6009 276 14 - - PUNCT fuelectenerg-6009 276 15 cost cost NOUN fuelectenerg-6009 276 16 permanent permanent ADJ fuelectenerg-6009 276 17 magnet magnet NOUN fuelectenerg-6009 276 18 material material NOUN fuelectenerg-6009 276 19 in in ADP fuelectenerg-6009 276 20 pm pm NOUN fuelectenerg-6009 276 21 synchronous synchronous ADJ fuelectenerg-6009 276 22 machines machine NOUN fuelectenerg-6009 276 23 , , PUNCT fuelectenerg-6009 276 24 " " PUNCT fuelectenerg-6009 276 25 ieee ieee NOUN fuelectenerg-6009 276 26 trans tran NOUN fuelectenerg-6009 276 27 . . PUNCT fuelectenerg-6009 277 1 ind ind NOUN fuelectenerg-6009 277 2 electron electron PROPN fuelectenerg-6009 277 3 . . PUNCT fuelectenerg-6009 277 4 , , PUNCT fuelectenerg-6009 277 5 vol vol NOUN fuelectenerg-6009 277 6 . . PROPN fuelectenerg-6009 277 7 60 60 NUM fuelectenerg-6009 277 8 , , PUNCT fuelectenerg-6009 277 9 no no INTJ fuelectenerg-6009 277 10 . . NOUN fuelectenerg-6009 277 11 6 6 NUM fuelectenerg-6009 277 12 , , PUNCT fuelectenerg-6009 277 13 pp pp ADJ fuelectenerg-6009 277 14 . . PUNCT fuelectenerg-6009 278 1 2131–2138 2131–2138 NUM fuelectenerg-6009 278 2 , , PUNCT fuelectenerg-6009 278 3 june june PROPN fuelectenerg-6009 278 4 2013 2013 NUM fuelectenerg-6009 278 5 . . PUNCT fuelectenerg-6009 279 1 [ [ X fuelectenerg-6009 279 2 8 8 NUM fuelectenerg-6009 279 3 ] ] X fuelectenerg-6009 279 4 y. y. PROPN fuelectenerg-6009 279 5 chen chen PROPN fuelectenerg-6009 279 6 , , PUNCT fuelectenerg-6009 279 7 p. p. PROPN fuelectenerg-6009 279 8 pillay pillay PROPN fuelectenerg-6009 279 9 and and CCONJ fuelectenerg-6009 279 10 m. m. PROPN fuelectenerg-6009 279 11 khan khan PROPN fuelectenerg-6009 279 12 , , PUNCT fuelectenerg-6009 279 13 " " PUNCT fuelectenerg-6009 279 14 pm pm NOUN fuelectenerg-6009 279 15 wind wind NOUN fuelectenerg-6009 279 16 generator generator NOUN fuelectenerg-6009 279 17 comparison comparison NOUN fuelectenerg-6009 279 18 of of ADP fuelectenerg-6009 279 19 different different ADJ fuelectenerg-6009 279 20 topologies topology NOUN fuelectenerg-6009 279 21 , , PUNCT fuelectenerg-6009 279 22 " " PUNCT fuelectenerg-6009 279 23 ieee ieee NOUN fuelectenerg-6009 279 24 trans tran NOUN fuelectenerg-6009 279 25 . . PUNCT fuelectenerg-6009 280 1 ind ind PROPN fuelectenerg-6009 280 2 appl appl PROPN fuelectenerg-6009 280 3 . . PUNCT fuelectenerg-6009 280 4 , , PUNCT fuelectenerg-6009 280 5 vol vol NOUN fuelectenerg-6009 280 6 . . PROPN fuelectenerg-6009 280 7 41 41 NUM fuelectenerg-6009 280 8 , , PUNCT fuelectenerg-6009 280 9 no no INTJ fuelectenerg-6009 280 10 . . NOUN fuelectenerg-6009 280 11 6 6 NUM fuelectenerg-6009 280 12 , , PUNCT fuelectenerg-6009 280 13 pp pp ADJ fuelectenerg-6009 280 14 . . PUNCT fuelectenerg-6009 281 1 1619–1626 1619–1626 NUM fuelectenerg-6009 281 2 , , PUNCT fuelectenerg-6009 281 3 nov nov PROPN fuelectenerg-6009 281 4 . . PROPN fuelectenerg-6009 281 5 2005 2005 NUM fuelectenerg-6009 281 6 . . PUNCT fuelectenerg-6009 282 1 [ [ X fuelectenerg-6009 282 2 9 9 NUM fuelectenerg-6009 282 3 ] ] PUNCT fuelectenerg-6009 282 4 m. m. NOUN fuelectenerg-6009 282 5 a. a. PROPN fuelectenerg-6009 282 6 khan khan PROPN fuelectenerg-6009 282 7 , , PUNCT fuelectenerg-6009 282 8 p. p. PROPN fuelectenerg-6009 282 9 pillay pillay PROPN fuelectenerg-6009 282 10 and and CCONJ fuelectenerg-6009 282 11 k. k. PROPN fuelectenerg-6009 282 12 visser visser PROPN fuelectenerg-6009 282 13 , , PUNCT fuelectenerg-6009 282 14 " " PUNCT fuelectenerg-6009 282 15 on on ADP fuelectenerg-6009 282 16 adapting adapt VERB fuelectenerg-6009 282 17 a a DET fuelectenerg-6009 282 18 small small ADJ fuelectenerg-6009 282 19 pm pm NOUN fuelectenerg-6009 282 20 wind wind NOUN fuelectenerg-6009 282 21 generator generator NOUN fuelectenerg-6009 282 22 for for ADP fuelectenerg-6009 282 23 a a DET fuelectenerg-6009 282 24 multi multi ADJ fuelectenerg-6009 282 25 - - ADJ fuelectenerg-6009 282 26 blade blade ADJ fuelectenerg-6009 282 27 , , PUNCT fuelectenerg-6009 282 28 high high ADJ fuelectenerg-6009 282 29 solidity solidity NOUN fuelectenerg-6009 282 30 wind wind NOUN fuelectenerg-6009 282 31 turbine turbine NOUN fuelectenerg-6009 282 32 , , PUNCT fuelectenerg-6009 282 33 " " PUNCT fuelectenerg-6009 282 34 ieee ieee NOUN fuelectenerg-6009 282 35 trans trans PROPN fuelectenerg-6009 282 36 . . PUNCT fuelectenerg-6009 283 1 energy energy NOUN fuelectenerg-6009 283 2 convers conver NOUN fuelectenerg-6009 283 3 . . PUNCT fuelectenerg-6009 283 4 , , PUNCT fuelectenerg-6009 283 5 vol vol NOUN fuelectenerg-6009 283 6 . . PROPN fuelectenerg-6009 283 7 20 20 NUM fuelectenerg-6009 283 8 , , PUNCT fuelectenerg-6009 283 9 no no INTJ fuelectenerg-6009 283 10 . . NOUN fuelectenerg-6009 283 11 3 3 NUM fuelectenerg-6009 283 12 , , PUNCT fuelectenerg-6009 283 13 pp pp ADJ fuelectenerg-6009 283 14 . . PUNCT fuelectenerg-6009 284 1 685–692 685–692 NUM fuelectenerg-6009 284 2 , , PUNCT fuelectenerg-6009 284 3 sep sep PROPN fuelectenerg-6009 284 4 . . PROPN fuelectenerg-6009 284 5 2005 2005 NUM fuelectenerg-6009 284 6 . . PUNCT fuelectenerg-6009 285 1 [ [ X fuelectenerg-6009 285 2 10 10 NUM fuelectenerg-6009 285 3 ] ] X fuelectenerg-6009 285 4 h. h. NOUN fuelectenerg-6009 285 5 jagau jagau PROPN fuelectenerg-6009 285 6 , , PUNCT fuelectenerg-6009 285 7 m. m. NOUN fuelectenerg-6009 285 8 a. a. PROPN fuelectenerg-6009 285 9 khan khan PROPN fuelectenerg-6009 285 10 and and CCONJ fuelectenerg-6009 285 11 p. p. PROPN fuelectenerg-6009 285 12 s. s. PROPN fuelectenerg-6009 285 13 barendse barendse PROPN fuelectenerg-6009 285 14 , , PUNCT fuelectenerg-6009 285 15 " " PUNCT fuelectenerg-6009 285 16 design design NOUN fuelectenerg-6009 285 17 of of ADP fuelectenerg-6009 285 18 a a DET fuelectenerg-6009 285 19 sustainable sustainable ADJ fuelectenerg-6009 285 20 wind wind NOUN fuelectenerg-6009 285 21 generator generator NOUN fuelectenerg-6009 285 22 system system NOUN fuelectenerg-6009 285 23 using use VERB fuelectenerg-6009 285 24 redundant redundant ADJ fuelectenerg-6009 285 25 materials material NOUN fuelectenerg-6009 285 26 , , PUNCT fuelectenerg-6009 285 27 " " PUNCT fuelectenerg-6009 285 28 ieee ieee NOUN fuelectenerg-6009 285 29 trans tran NOUN fuelectenerg-6009 285 30 . . PUNCT fuelectenerg-6009 286 1 ind ind PROPN fuelectenerg-6009 286 2 . . PUNCT fuelectenerg-6009 286 3 appl appl PROPN fuelectenerg-6009 286 4 . . PROPN fuelectenerg-6009 286 5 , , PUNCT fuelectenerg-6009 286 6 vol vol NOUN fuelectenerg-6009 286 7 . . PROPN fuelectenerg-6009 287 1 48 48 NUM fuelectenerg-6009 287 2 , , PUNCT fuelectenerg-6009 287 3 no no INTJ fuelectenerg-6009 287 4 . . NOUN fuelectenerg-6009 287 5 6 6 NUM fuelectenerg-6009 287 6 , , PUNCT fuelectenerg-6009 287 7 pp pp ADJ fuelectenerg-6009 287 8 . . PUNCT fuelectenerg-6009 288 1 1827–1837 1827–1837 NUM fuelectenerg-6009 288 2 , , PUNCT fuelectenerg-6009 288 3 nov./dec nov./dec PROPN fuelectenerg-6009 288 4 . . PROPN fuelectenerg-6009 288 5 2012 2012 NUM fuelectenerg-6009 288 6 . . PUNCT fuelectenerg-6009 289 1 [ [ X fuelectenerg-6009 289 2 11 11 NUM fuelectenerg-6009 289 3 ] ] PUNCT fuelectenerg-6009 289 4 j. j. PROPN fuelectenerg-6009 289 5 wanjiku wanjiku PROPN fuelectenerg-6009 289 6 , , PUNCT fuelectenerg-6009 289 7 h. h. PROPN fuelectenerg-6009 289 8 jagau jagau PROPN fuelectenerg-6009 289 9 and and CCONJ fuelectenerg-6009 289 10 m. m. PROPN fuelectenerg-6009 289 11 a. a. PROPN fuelectenerg-6009 289 12 khan khan PROPN fuelectenerg-6009 289 13 , , PUNCT fuelectenerg-6009 289 14 " " PUNCT fuelectenerg-6009 289 15 a a DET fuelectenerg-6009 289 16 simple simple ADJ fuelectenerg-6009 289 17 core core NOUN fuelectenerg-6009 289 18 structure structure NOUN fuelectenerg-6009 289 19 for for ADP fuelectenerg-6009 289 20 small small ADJ fuelectenerg-6009 289 21 axial axial ADJ fuelectenerg-6009 289 22 - - PUNCT fuelectenerg-6009 289 23 flux flux NOUN fuelectenerg-6009 289 24 pmsgs pmsg NOUN fuelectenerg-6009 289 25 , , PUNCT fuelectenerg-6009 289 26 " " PUNCT fuelectenerg-6009 289 27 in in ADP fuelectenerg-6009 289 28 ieee ieee PROPN fuelectenerg-6009 289 29 international international PROPN fuelectenerg-6009 289 30 electric electric PROPN fuelectenerg-6009 289 31 machines machine NOUN fuelectenerg-6009 289 32 & & CCONJ fuelectenerg-6009 289 33 drives drives PROPN fuelectenerg-6009 289 34 conference conference NOUN fuelectenerg-6009 289 35 ( ( PUNCT fuelectenerg-6009 289 36 iemdc iemdc ADJ fuelectenerg-6009 289 37 ) ) PUNCT fuelectenerg-6009 289 38 , , PUNCT fuelectenerg-6009 289 39 niagara niagara PROPN fuelectenerg-6009 289 40 falls fall VERB fuelectenerg-6009 289 41 , , PUNCT fuelectenerg-6009 289 42 may may PROPN fuelectenerg-6009 289 43 2011 2011 NUM fuelectenerg-6009 289 44 . . PUNCT fuelectenerg-6009 290 1 [ [ X fuelectenerg-6009 290 2 12 12 NUM fuelectenerg-6009 290 3 ] ] PUNCT fuelectenerg-6009 290 4 j. j. PROPN fuelectenerg-6009 290 5 r. r. PROPN fuelectenerg-6009 290 6 hendershot hendershot PROPN fuelectenerg-6009 290 7 and and CCONJ fuelectenerg-6009 290 8 t. t. PROPN fuelectenerg-6009 290 9 j. j. PROPN fuelectenerg-6009 290 10 e. e. PROPN fuelectenerg-6009 290 11 miller miller PROPN fuelectenerg-6009 290 12 , , PUNCT fuelectenerg-6009 290 13 " " PUNCT fuelectenerg-6009 290 14 design design NOUN fuelectenerg-6009 290 15 of of ADP fuelectenerg-6009 290 16 brushless brushless NOUN fuelectenerg-6009 290 17 permanent permanent ADJ fuelectenerg-6009 290 18 - - PUNCT fuelectenerg-6009 290 19 magnet magnet NOUN fuelectenerg-6009 290 20 motor"s motor"s PROPN fuelectenerg-6009 290 21 , , PUNCT fuelectenerg-6009 290 22 usa usa PROPN fuelectenerg-6009 290 23 : : PUNCT fuelectenerg-6009 290 24 oxford oxford PROPN fuelectenerg-6009 290 25 university university PROPN fuelectenerg-6009 290 26 press press NOUN fuelectenerg-6009 290 27 , , PUNCT fuelectenerg-6009 290 28 1995 1995 NUM fuelectenerg-6009 290 29 . . PUNCT fuelectenerg-6009 291 1 [ [ X fuelectenerg-6009 291 2 13 13 NUM fuelectenerg-6009 291 3 ] ] X fuelectenerg-6009 291 4 f. f. PROPN fuelectenerg-6009 291 5 gieras gieras PROPN fuelectenerg-6009 291 6 , , PUNCT fuelectenerg-6009 291 7 r. r. PROPN fuelectenerg-6009 291 8 wang wang PROPN fuelectenerg-6009 291 9 and and CCONJ fuelectenerg-6009 291 10 m. m. PROPN fuelectenerg-6009 291 11 j. j. PROPN fuelectenerg-6009 291 12 kamper kamper PROPN fuelectenerg-6009 291 13 , , PUNCT fuelectenerg-6009 291 14 " " PUNCT fuelectenerg-6009 291 15 axial axial ADJ fuelectenerg-6009 291 16 flux flux NOUN fuelectenerg-6009 291 17 permanent permanent ADJ fuelectenerg-6009 291 18 magnet magnet NOUN fuelectenerg-6009 291 19 brushless brushless PROPN fuelectenerg-6009 291 20 machines machine NOUN fuelectenerg-6009 291 21 " " PUNCT fuelectenerg-6009 291 22 , , PUNCT fuelectenerg-6009 291 23 2nd 2nd ADJ fuelectenerg-6009 291 24 ed ed NOUN fuelectenerg-6009 291 25 , , PUNCT fuelectenerg-6009 291 26 springer springer NOUN fuelectenerg-6009 291 27 , , PUNCT fuelectenerg-6009 291 28 2008 2008 NUM fuelectenerg-6009 291 29 . . PUNCT fuelectenerg-6009 292 1 [ [ X fuelectenerg-6009 292 2 14 14 NUM fuelectenerg-6009 292 3 ] ] X fuelectenerg-6009 292 4 w. w. PROPN fuelectenerg-6009 292 5 zhao zhao PROPN fuelectenerg-6009 292 6 , , PUNCT fuelectenerg-6009 292 7 t. t. PROPN fuelectenerg-6009 292 8 a. a. NOUN fuelectenerg-6009 292 9 lipo lipo PROPN fuelectenerg-6009 292 10 and and CCONJ fuelectenerg-6009 292 11 b. b. PROPN fuelectenerg-6009 292 12 kwon kwon PROPN fuelectenerg-6009 292 13 , , PUNCT fuelectenerg-6009 292 14 " " PUNCT fuelectenerg-6009 292 15 comparative comparative ADJ fuelectenerg-6009 292 16 study study NOUN fuelectenerg-6009 292 17 on on ADP fuelectenerg-6009 292 18 novel novel ADJ fuelectenerg-6009 292 19 dual dual ADJ fuelectenerg-6009 292 20 stator stator NOUN fuelectenerg-6009 292 21 radial radial ADJ fuelectenerg-6009 292 22 flux flux NOUN fuelectenerg-6009 292 23 and and CCONJ fuelectenerg-6009 292 24 axial axial ADJ fuelectenerg-6009 292 25 flux flux NOUN fuelectenerg-6009 292 26 permanent permanent ADJ fuelectenerg-6009 292 27 magnet magnet NOUN fuelectenerg-6009 292 28 motors motor NOUN fuelectenerg-6009 292 29 with with ADP fuelectenerg-6009 292 30 ferrite ferrite ADJ fuelectenerg-6009 292 31 magnets magnet NOUN fuelectenerg-6009 292 32 for for ADP fuelectenerg-6009 292 33 traction traction NOUN fuelectenerg-6009 292 34 application application NOUN fuelectenerg-6009 292 35 , , PUNCT fuelectenerg-6009 292 36 " " PUNCT fuelectenerg-6009 292 37 ieee ieee NOUN fuelectenerg-6009 292 38 trans tran NOUN fuelectenerg-6009 292 39 . . PUNCT fuelectenerg-6009 293 1 mag mag INTJ fuelectenerg-6009 293 2 . . PROPN fuelectenerg-6009 293 3 , , PUNCT fuelectenerg-6009 293 4 vol vol NOUN fuelectenerg-6009 293 5 . . PROPN fuelectenerg-6009 294 1 50 50 NUM fuelectenerg-6009 294 2 , , PUNCT fuelectenerg-6009 294 3 no no INTJ fuelectenerg-6009 294 4 . . NOUN fuelectenerg-6009 294 5 11 11 NUM fuelectenerg-6009 294 6 , , PUNCT fuelectenerg-6009 294 7 pp pp ADJ fuelectenerg-6009 294 8 . . PUNCT fuelectenerg-6009 295 1 1–4 1–4 NUM fuelectenerg-6009 295 2 , , PUNCT fuelectenerg-6009 295 3 nov nov PROPN fuelectenerg-6009 295 4 , , PUNCT fuelectenerg-6009 295 5 2014 2014 NUM fuelectenerg-6009 295 6 . . PUNCT fuelectenerg-6009 296 1 [ [ X fuelectenerg-6009 296 2 15 15 NUM fuelectenerg-6009 296 3 ] ] X fuelectenerg-6009 296 4 h. h. PROPN fuelectenerg-6009 296 5 tiegna tiegna PROPN fuelectenerg-6009 296 6 , , PUNCT fuelectenerg-6009 296 7 a. a. NOUN fuelectenerg-6009 296 8 bellara bellara PROPN fuelectenerg-6009 296 9 , , PUNCT fuelectenerg-6009 296 10 y. y. PROPN fuelectenerg-6009 296 11 amara amara PROPN fuelectenerg-6009 296 12 and and CCONJ fuelectenerg-6009 296 13 g. g. PROPN fuelectenerg-6009 296 14 barakat barakat PROPN fuelectenerg-6009 296 15 , , PUNCT fuelectenerg-6009 296 16 " " PUNCT fuelectenerg-6009 296 17 analytical analytical ADJ fuelectenerg-6009 296 18 modeling modeling NOUN fuelectenerg-6009 296 19 of of ADP fuelectenerg-6009 296 20 the the DET fuelectenerg-6009 296 21 open open ADJ fuelectenerg-6009 296 22 - - PUNCT fuelectenerg-6009 296 23 circuit circuit NOUN fuelectenerg-6009 296 24 magnetic magnetic ADJ fuelectenerg-6009 296 25 field field NOUN fuelectenerg-6009 296 26 in in ADP fuelectenerg-6009 296 27 axial axial ADJ fuelectenerg-6009 296 28 flux flux NOUN fuelectenerg-6009 296 29 permanent permanent ADJ fuelectenerg-6009 296 30 - - PUNCT fuelectenerg-6009 296 31 magnet magnet NOUN fuelectenerg-6009 296 32 machines machine NOUN fuelectenerg-6009 296 33 with with ADP fuelectenerg-6009 296 34 semi semi ADJ fuelectenerg-6009 296 35 - - ADJ fuelectenerg-6009 296 36 closed closed ADJ fuelectenerg-6009 296 37 slots slot NOUN fuelectenerg-6009 296 38 , , PUNCT fuelectenerg-6009 296 39 " " PUNCT fuelectenerg-6009 296 40 ieee ieee NOUN fuelectenerg-6009 296 41 trans tran NOUN fuelectenerg-6009 296 42 . . PUNCT fuelectenerg-6009 297 1 on on ADP fuelectenerg-6009 297 2 mag mag PROPN fuelectenerg-6009 297 3 . . PUNCT fuelectenerg-6009 297 4 , , PUNCT fuelectenerg-6009 297 5 vol vol NOUN fuelectenerg-6009 297 6 . . PROPN fuelectenerg-6009 297 7 48 48 NUM fuelectenerg-6009 297 8 , , PUNCT fuelectenerg-6009 297 9 no no INTJ fuelectenerg-6009 297 10 . . NOUN fuelectenerg-6009 297 11 3 3 NUM fuelectenerg-6009 297 12 , , PUNCT fuelectenerg-6009 297 13 pp pp ADJ fuelectenerg-6009 297 14 . . PUNCT fuelectenerg-6009 297 15 1212–1226 1212–1226 NUM fuelectenerg-6009 297 16 , , PUNCT fuelectenerg-6009 297 17 sep sep PROPN fuelectenerg-6009 297 18 . . PROPN fuelectenerg-6009 297 19 2012 2012 NUM fuelectenerg-6009 297 20 . . PUNCT fuelectenerg-6009 298 1 [ [ X fuelectenerg-6009 298 2 16 16 NUM fuelectenerg-6009 298 3 ] ] X fuelectenerg-6009 298 4 d. d. PROPN fuelectenerg-6009 298 5 ishak ishak PROPN fuelectenerg-6009 298 6 , , PUNCT fuelectenerg-6009 298 7 z. z. PROPN fuelectenerg-6009 298 8 q. q. PROPN fuelectenerg-6009 298 9 zhu zhu PROPN fuelectenerg-6009 298 10 and and CCONJ fuelectenerg-6009 298 11 d. d. PROPN fuelectenerg-6009 298 12 howe howe PROPN fuelectenerg-6009 298 13 , , PUNCT fuelectenerg-6009 298 14 " " PUNCT fuelectenerg-6009 298 15 performance performance NOUN fuelectenerg-6009 298 16 variation variation NOUN fuelectenerg-6009 298 17 of of ADP fuelectenerg-6009 298 18 ferrite ferrite ADJ fuelectenerg-6009 298 19 magnet magnet PROPN fuelectenerg-6009 298 20 pmbldc pmbldc PROPN fuelectenerg-6009 298 21 motor motor NOUN fuelectenerg-6009 298 22 with with ADP fuelectenerg-6009 298 23 temperature temperature NOUN fuelectenerg-6009 298 24 , , PUNCT fuelectenerg-6009 298 25 " " PUNCT fuelectenerg-6009 298 26 ieee ieee NOUN fuelectenerg-6009 298 27 trans trans PROPN fuelectenerg-6009 298 28 . . PUNCT fuelectenerg-6009 299 1 magn magn PROPN fuelectenerg-6009 299 2 . . PROPN fuelectenerg-6009 299 3 , , PUNCT fuelectenerg-6009 299 4 vol vol NOUN fuelectenerg-6009 299 5 . . PROPN fuelectenerg-6009 300 1 51 51 NUM fuelectenerg-6009 300 2 , , PUNCT fuelectenerg-6009 300 3 no no INTJ fuelectenerg-6009 300 4 . . NOUN fuelectenerg-6009 300 5 12 12 NUM fuelectenerg-6009 300 6 , , PUNCT fuelectenerg-6009 300 7 p. p. NOUN fuelectenerg-6009 300 8 95–103 95–103 NUM fuelectenerg-6009 300 9 , , PUNCT fuelectenerg-6009 300 10 dec dec PROPN fuelectenerg-6009 300 11 . . PROPN fuelectenerg-6009 300 12 2015 2015 NUM fuelectenerg-6009 300 13 . . PUNCT fuelectenerg-6009 301 1 [ [ X fuelectenerg-6009 301 2 17 17 NUM fuelectenerg-6009 301 3 ] ] PUNCT fuelectenerg-6009 301 4 p. p. PROPN fuelectenerg-6009 301 5 zhang zhang PROPN fuelectenerg-6009 301 6 , , PUNCT fuelectenerg-6009 301 7 g. g. PROPN fuelectenerg-6009 301 8 y. y. PROPN fuelectenerg-6009 301 9 sizov sizov PROPN fuelectenerg-6009 301 10 , , PUNCT fuelectenerg-6009 301 11 j. j. PROPN fuelectenerg-6009 301 12 he he PROPN fuelectenerg-6009 301 13 , , PUNCT fuelectenerg-6009 301 14 d. d. PROPN fuelectenerg-6009 301 15 m. m. PROPN fuelectenerg-6009 301 16 ionel ionel PROPN fuelectenerg-6009 301 17 and and CCONJ fuelectenerg-6009 301 18 n. n. PROPN fuelectenerg-6009 301 19 a. a. PROPN fuelectenerg-6009 301 20 o. o. PROPN fuelectenerg-6009 301 21 demerdash demerdash PROPN fuelectenerg-6009 301 22 , , PUNCT fuelectenerg-6009 301 23 " " PUNCT fuelectenerg-6009 301 24 calculation calculation NOUN fuelectenerg-6009 301 25 of of ADP fuelectenerg-6009 301 26 magnet magnet NOUN fuelectenerg-6009 301 27 losses loss NOUN fuelectenerg-6009 301 28 in in ADP fuelectenerg-6009 301 29 concentrated concentrated ADJ fuelectenerg-6009 301 30 - - PUNCT fuelectenerg-6009 301 31 winding wind VERB fuelectenerg-6009 301 32 permanent permanent ADJ fuelectenerg-6009 301 33 - - PUNCT fuelectenerg-6009 301 34 magnet magnet NOUN fuelectenerg-6009 301 35 synchronous synchronous ADJ fuelectenerg-6009 301 36 machines machine NOUN fuelectenerg-6009 301 37 using use VERB fuelectenerg-6009 301 38 a a DET fuelectenerg-6009 301 39 computationally computationally ADV fuelectenerg-6009 301 40 efficient efficient ADJ fuelectenerg-6009 301 41 finiteelement finiteelement NOUN fuelectenerg-6009 301 42 method method NOUN fuelectenerg-6009 301 43 , , PUNCT fuelectenerg-6009 301 44 " " PUNCT fuelectenerg-6009 301 45 ieee ieee NOUN fuelectenerg-6009 301 46 trans tran NOUN fuelectenerg-6009 301 47 . . PUNCT fuelectenerg-6009 302 1 ind ind PROPN fuelectenerg-6009 302 2 . . PUNCT fuelectenerg-6009 302 3 appl appl PROPN fuelectenerg-6009 302 4 . . PROPN fuelectenerg-6009 302 5 , , PUNCT fuelectenerg-6009 302 6 vol vol NOUN fuelectenerg-6009 302 7 . . PROPN fuelectenerg-6009 302 8 49 49 NUM fuelectenerg-6009 302 9 , , PUNCT fuelectenerg-6009 302 10 no no INTJ fuelectenerg-6009 302 11 . . NOUN fuelectenerg-6009 302 12 6 6 NUM fuelectenerg-6009 302 13 , , PUNCT fuelectenerg-6009 302 14 pp pp ADJ fuelectenerg-6009 302 15 . . PUNCT fuelectenerg-6009 303 1 1495–1504 1495–1504 NUM fuelectenerg-6009 303 2 , , PUNCT fuelectenerg-6009 303 3 nov./dec nov./dec PROPN fuelectenerg-6009 303 4 . . PUNCT fuelectenerg-6009 304 1 2013 2013 NUM fuelectenerg-6009 304 2 . . PUNCT fuelectenerg-6009 305 1 [ [ X fuelectenerg-6009 305 2 18 18 NUM fuelectenerg-6009 305 3 ] ] X fuelectenerg-6009 305 4 j. j. PROPN fuelectenerg-6009 305 5 g. g. PROPN fuelectenerg-6009 305 6 wanjiku wanjiku PROPN fuelectenerg-6009 305 7 , , PUNCT fuelectenerg-6009 305 8 m. m. PROPN fuelectenerg-6009 305 9 khan khan PROPN fuelectenerg-6009 305 10 , , PUNCT fuelectenerg-6009 305 11 p. p. NOUN fuelectenerg-6009 305 12 barendse barendse PROPN fuelectenerg-6009 305 13 and and CCONJ fuelectenerg-6009 305 14 p. p. PROPN fuelectenerg-6009 305 15 pillay pillay PROPN fuelectenerg-6009 305 16 , , PUNCT fuelectenerg-6009 305 17 " " PUNCT fuelectenerg-6009 305 18 influence influence NOUN fuelectenerg-6009 305 19 of of ADP fuelectenerg-6009 305 20 slot slot NOUN fuelectenerg-6009 305 21 openings opening NOUN fuelectenerg-6009 305 22 and and CCONJ fuelectenerg-6009 305 23 tooth tooth NOUN fuelectenerg-6009 305 24 profile profile NOUN fuelectenerg-6009 305 25 on on ADP fuelectenerg-6009 305 26 cogging cog VERB fuelectenerg-6009 305 27 torque torque NOUN fuelectenerg-6009 305 28 in in ADP fuelectenerg-6009 305 29 axial axial ADJ fuelectenerg-6009 305 30 - - PUNCT fuelectenerg-6009 305 31 flux flux NOUN fuelectenerg-6009 305 32 pm pm NOUN fuelectenerg-6009 305 33 machines machine NOUN fuelectenerg-6009 305 34 , , PUNCT fuelectenerg-6009 305 35 " " PUNCT fuelectenerg-6009 305 36 ieee ieee NOUN fuelectenerg-6009 305 37 trans tran NOUN fuelectenerg-6009 305 38 . . PUNCT fuelectenerg-6009 306 1 ind ind PROPN fuelectenerg-6009 306 2 . . PUNCT fuelectenerg-6009 306 3 electron electron PROPN fuelectenerg-6009 306 4 . . PUNCT fuelectenerg-6009 306 5 , , PUNCT fuelectenerg-6009 306 6 vol vol NOUN fuelectenerg-6009 306 7 . . PROPN fuelectenerg-6009 307 1 62 62 NUM fuelectenerg-6009 307 2 , , PUNCT fuelectenerg-6009 307 3 no no INTJ fuelectenerg-6009 307 4 . . NOUN fuelectenerg-6009 307 5 12 12 NUM fuelectenerg-6009 307 6 , , PUNCT fuelectenerg-6009 307 7 pp pp ADJ fuelectenerg-6009 307 8 . . PUNCT fuelectenerg-6009 308 1 7578–7589 7578–7589 NUM fuelectenerg-6009 308 2 , , PUNCT fuelectenerg-6009 308 3 dec dec PROPN fuelectenerg-6009 308 4 . . PROPN fuelectenerg-6009 308 5 2015 2015 NUM fuelectenerg-6009 308 6 . . PUNCT