id sid tid token lemma pos cet-13710 1 1 doi doi NOUN cet-13710 1 2 : : PUNCT cet-13710 1 3 10.3303 10.3303 NUM cet-13710 1 4 / / SYM cet-13710 1 5 cet23104005 cet23104005 NOUN cet-13710 1 6 paper paper NOUN cet-13710 1 7 received receive VERB cet-13710 1 8 : : PUNCT cet-13710 1 9 11 11 NUM cet-13710 1 10 may may PROPN cet-13710 1 11 2023 2023 NUM cet-13710 1 12 ; ; PUNCT cet-13710 1 13 revised revise VERB cet-13710 1 14 : : PUNCT cet-13710 1 15 27 27 NUM cet-13710 1 16 june june PROPN cet-13710 1 17 2023 2023 NUM cet-13710 1 18 ; ; PUNCT cet-13710 1 19 accepted accept VERB cet-13710 1 20 : : PUNCT cet-13710 1 21 12 12 NUM cet-13710 1 22 september september PROPN cet-13710 1 23 2023 2023 NUM cet-13710 1 24 please please INTJ cet-13710 1 25 cite cite VERB cet-13710 1 26 this this DET cet-13710 1 27 article article NOUN cet-13710 1 28 as as ADP cet-13710 1 29 : : PUNCT cet-13710 1 30 mack mack PROPN cet-13710 1 31 a. a. PROPN cet-13710 1 32 , , PUNCT cet-13710 1 33 boot boot PROPN cet-13710 1 34 h. h. PROPN cet-13710 1 35 , , PUNCT cet-13710 1 36 2023 2023 NUM cet-13710 1 37 , , PUNCT cet-13710 1 38 improvement improvement NOUN cet-13710 1 39 of of ADP cet-13710 1 40 the the DET cet-13710 1 41 effects effect NOUN cet-13710 1 42 dispersion dispersion NOUN cet-13710 1 43 model model NOUN cet-13710 1 44 for for ADP cet-13710 1 45 under under ADP cet-13710 1 46 expanded expand VERB cet-13710 1 47 turbulent turbulent ADJ cet-13710 1 48 jets jet NOUN cet-13710 1 49 , , PUNCT cet-13710 1 50 chemical chemical ADJ cet-13710 1 51 engineering engineering NOUN cet-13710 1 52 transactions transaction NOUN cet-13710 1 53 , , PUNCT cet-13710 1 54 104 104 NUM cet-13710 1 55 , , PUNCT cet-13710 1 56 25 25 NUM cet-13710 1 57 - - SYM cet-13710 1 58 30 30 NUM cet-13710 1 59 doi:10.3303 doi:10.3303 NOUN cet-13710 1 60 / / SYM cet-13710 1 61 cet23104005 cet23104005 NOUN cet-13710 1 62 chemical chemical PROPN cet-13710 1 63 engineering engineering NOUN cet-13710 1 64 transactions transaction NOUN cet-13710 1 65 vol vol NOUN cet-13710 1 66 . . PROPN cet-13710 1 67 104 104 NUM cet-13710 1 68 , , PUNCT cet-13710 1 69 2023 2023 NUM cet-13710 1 70 a a DET cet-13710 1 71 publication publication NOUN cet-13710 1 72 of of ADP cet-13710 1 73 the the DET cet-13710 1 74 italian italian ADJ cet-13710 1 75 association association NOUN cet-13710 1 76 of of ADP cet-13710 1 77 chemical chemical PROPN cet-13710 1 78 engineering engineering NOUN cet-13710 1 79 online online ADV cet-13710 1 80 at at ADP cet-13710 1 81 www.cetjournal.it www.cetjournal.it PROPN cet-13710 1 82 guest guest NOUN cet-13710 1 83 editors editor NOUN cet-13710 1 84 : : PUNCT cet-13710 1 85 sabrina sabrina PROPN cet-13710 1 86 copelli copelli PROPN cet-13710 1 87 , , PUNCT cet-13710 1 88 ernesto ernesto PROPN cet-13710 1 89 salzano salzano PROPN cet-13710 1 90 copyright copyright NOUN cet-13710 1 91 Β© Β© PROPN cet-13710 1 92 2023 2023 NUM cet-13710 1 93 , , PUNCT cet-13710 1 94 aidic aidic ADJ cet-13710 1 95 servizi servizi PROPN cet-13710 1 96 s.r.l s.r.l NOUN cet-13710 1 97 . . PUNCT cet-13710 2 1 isbn isbn PROPN cet-13710 2 2 979 979 NUM cet-13710 2 3 - - SYM cet-13710 2 4 12 12 NUM cet-13710 2 5 - - PUNCT cet-13710 2 6 81206 81206 NUM cet-13710 2 7 - - PUNCT cet-13710 2 8 06 06 NUM cet-13710 2 9 - - SYM cet-13710 2 10 9 9 NUM cet-13710 2 11 ; ; PUNCT cet-13710 2 12 issn issn PROPN cet-13710 2 13 2283 2283 NUM cet-13710 2 14 - - SYM cet-13710 2 15 9216 9216 NUM cet-13710 2 16 improvement improvement NOUN cet-13710 2 17 of of ADP cet-13710 2 18 the the DET cet-13710 2 19 effects effect NOUN cet-13710 2 20 dispersion dispersion NOUN cet-13710 2 21 model model NOUN cet-13710 2 22 for for ADP cet-13710 2 23 under under ADP cet-13710 2 24 expanded expand VERB cet-13710 2 25 turbulent turbulent ADJ cet-13710 2 26 jets jet NOUN cet-13710 2 27 andreas andreas PROPN cet-13710 2 28 mack mack PROPN cet-13710 2 29 , , PUNCT cet-13710 2 30 hans hans PROPN cet-13710 2 31 boot boot PROPN cet-13710 2 32 gexcon gexcon PROPN cet-13710 2 33 netherlands netherlands PROPN cet-13710 2 34 b.v b.v PROPN cet-13710 2 35 . . PROPN cet-13710 2 36 , , PUNCT cet-13710 2 37 princenhofpark princenhofpark NOUN cet-13710 2 38 18 18 NUM cet-13710 2 39 , , PUNCT cet-13710 2 40 3972 3972 NUM cet-13710 2 41 ng ng PROPN cet-13710 2 42 driebergen driebergen PROPN cet-13710 2 43 - - PUNCT cet-13710 2 44 rijsenburg rijsenburg PROPN cet-13710 2 45 , , PUNCT cet-13710 2 46 the the DET cet-13710 2 47 netherlands netherlands PROPN cet-13710 2 48 andreas.mack@gexcon.com andreas.mack@gexcon.com X cet-13710 2 49 recently recently ADV cet-13710 2 50 , , PUNCT cet-13710 2 51 the the DET cet-13710 2 52 dispersion dispersion NOUN cet-13710 2 53 model model NOUN cet-13710 2 54 in in ADP cet-13710 2 55 effects effect NOUN cet-13710 2 56 was be AUX cet-13710 2 57 updated update VERB cet-13710 2 58 and and CCONJ cet-13710 2 59 extensively extensively ADV cet-13710 2 60 validated validate VERB cet-13710 2 61 for for ADP cet-13710 2 62 light light ADJ cet-13710 2 63 gas gas NOUN cet-13710 2 64 situations situation NOUN cet-13710 2 65 including include VERB cet-13710 2 66 jet jet NOUN cet-13710 2 67 releases release NOUN cet-13710 2 68 and and CCONJ cet-13710 2 69 lifting lift VERB cet-13710 2 70 plumes plume NOUN cet-13710 2 71 . . PUNCT cet-13710 3 1 in in ADP cet-13710 3 2 the the DET cet-13710 3 3 present present ADJ cet-13710 3 4 paper paper NOUN cet-13710 3 5 the the DET cet-13710 3 6 modifications modification NOUN cet-13710 3 7 for for ADP cet-13710 3 8 gaseous gaseous ADJ cet-13710 3 9 turbulent turbulent ADJ cet-13710 3 10 jets jet NOUN cet-13710 3 11 will will AUX cet-13710 3 12 be be AUX cet-13710 3 13 discussed discuss VERB cet-13710 3 14 . . PUNCT cet-13710 4 1 this this PRON cet-13710 4 2 includes include VERB cet-13710 4 3 the the DET cet-13710 4 4 full full ADJ cet-13710 4 5 release release NOUN cet-13710 4 6 velocity velocity NOUN cet-13710 4 7 range range NOUN cet-13710 4 8 from from ADP cet-13710 4 9 low low ADJ cet-13710 4 10 subsonic subsonic ADJ cet-13710 4 11 to to ADP cet-13710 4 12 supersonic supersonic ADJ cet-13710 4 13 flow flow NOUN cet-13710 4 14 under under ADP cet-13710 4 15 highly highly ADV cet-13710 4 16 under under ADP cet-13710 4 17 expanded expand VERB cet-13710 4 18 conditions condition NOUN cet-13710 4 19 which which PRON cet-13710 4 20 are be AUX cet-13710 4 21 highly highly ADV cet-13710 4 22 relevant relevant ADJ cet-13710 4 23 for for ADP cet-13710 4 24 the the DET cet-13710 4 25 high high ADJ cet-13710 4 26 - - PUNCT cet-13710 4 27 pressure pressure NOUN cet-13710 4 28 storage storage NOUN cet-13710 4 29 of of ADP cet-13710 4 30 hydrogen hydrogen NOUN cet-13710 4 31 . . PUNCT cet-13710 5 1 in in ADP cet-13710 5 2 particular particular ADJ cet-13710 5 3 , , PUNCT cet-13710 5 4 a a DET cet-13710 5 5 new new ADJ cet-13710 5 6 model model NOUN cet-13710 5 7 for for ADP cet-13710 5 8 the the DET cet-13710 5 9 calculation calculation NOUN cet-13710 5 10 of of ADP cet-13710 5 11 the the DET cet-13710 5 12 expanded expand VERB cet-13710 5 13 diameter diameter NOUN cet-13710 5 14 in in ADP cet-13710 5 15 combination combination NOUN cet-13710 5 16 with with ADP cet-13710 5 17 an an DET cet-13710 5 18 adapted adapted ADJ cet-13710 5 19 implementation implementation NOUN cet-13710 5 20 of of ADP cet-13710 5 21 the the DET cet-13710 5 22 chen chen PROPN cet-13710 5 23 and and CCONJ cet-13710 5 24 rodi rodi PROPN cet-13710 5 25 model model NOUN cet-13710 5 26 was be AUX cet-13710 5 27 developed develop VERB cet-13710 5 28 . . PUNCT cet-13710 6 1 the the DET cet-13710 6 2 models model NOUN cet-13710 6 3 were be AUX cet-13710 6 4 validated validate VERB cet-13710 6 5 against against ADP cet-13710 6 6 a a DET cet-13710 6 7 wide wide ADJ cet-13710 6 8 range range NOUN cet-13710 6 9 of of ADP cet-13710 6 10 experimental experimental ADJ cet-13710 6 11 classical classical ADJ cet-13710 6 12 and and CCONJ cet-13710 6 13 recent recent ADJ cet-13710 6 14 data datum NOUN cet-13710 6 15 sets set NOUN cet-13710 6 16 including include VERB cet-13710 6 17 concentration concentration NOUN cet-13710 6 18 and and CCONJ cet-13710 6 19 velocity velocity NOUN cet-13710 6 20 data datum NOUN cet-13710 6 21 . . PUNCT cet-13710 7 1 this this PRON cet-13710 7 2 also also ADV cet-13710 7 3 includes include VERB cet-13710 7 4 a a DET cet-13710 7 5 wide wide ADJ cet-13710 7 6 range range NOUN cet-13710 7 7 of of ADP cet-13710 7 8 initial initial ADJ cet-13710 7 9 densities density NOUN cet-13710 7 10 from from ADP cet-13710 7 11 lighter light ADJ cet-13710 7 12 than than ADP cet-13710 7 13 air air NOUN cet-13710 7 14 to to ADP cet-13710 7 15 heavy heavy ADJ cet-13710 7 16 gas gas NOUN cet-13710 7 17 which which PRON cet-13710 7 18 will will AUX cet-13710 7 19 be be AUX cet-13710 7 20 discussed discuss VERB cet-13710 7 21 in in ADP cet-13710 7 22 this this DET cet-13710 7 23 paper paper NOUN cet-13710 7 24 . . PUNCT cet-13710 8 1 the the DET cet-13710 8 2 simulations simulation NOUN cet-13710 8 3 show show VERB cet-13710 8 4 excellent excellent ADJ cet-13710 8 5 agreement agreement NOUN cet-13710 8 6 with with ADP cet-13710 8 7 experimental experimental ADJ cet-13710 8 8 data datum NOUN cet-13710 8 9 resulting result VERB cet-13710 8 10 in in ADP cet-13710 8 11 less less ADJ cet-13710 8 12 conservative conservative ADJ cet-13710 8 13 predictions prediction NOUN cet-13710 8 14 compared compare VERB cet-13710 8 15 with with ADP cet-13710 8 16 the the DET cet-13710 8 17 previous previous ADJ cet-13710 8 18 models model NOUN cet-13710 8 19 . . PUNCT cet-13710 9 1 1 1 X cet-13710 9 2 . . X cet-13710 9 3 introduction introduction NOUN cet-13710 9 4 the the DET cet-13710 9 5 transition transition NOUN cet-13710 9 6 from from ADP cet-13710 9 7 fossil fossil ADJ cet-13710 9 8 fuels fuel NOUN cet-13710 9 9 to to PART cet-13710 9 10 renewable renewable VERB cet-13710 9 11 alternative alternative ADJ cet-13710 9 12 energy energy NOUN cet-13710 9 13 carriers carrier NOUN cet-13710 9 14 ( ( PUNCT cet-13710 9 15 such such ADJ cet-13710 9 16 as as ADP cet-13710 9 17 hydrogen hydrogen NOUN cet-13710 9 18 and and CCONJ cet-13710 9 19 ammonia ammonia NOUN cet-13710 9 20 ) ) PUNCT cet-13710 9 21 will will AUX cet-13710 9 22 play play VERB cet-13710 9 23 an an DET cet-13710 9 24 important important ADJ cet-13710 9 25 role role NOUN cet-13710 9 26 to to PART cet-13710 9 27 reduce reduce VERB cet-13710 9 28 global global ADJ cet-13710 9 29 co2 co2 NOUN cet-13710 9 30 emissions emission NOUN cet-13710 9 31 and and CCONJ cet-13710 9 32 support support VERB cet-13710 9 33 the the DET cet-13710 9 34 energy energy NOUN cet-13710 9 35 transition transition NOUN cet-13710 9 36 . . PUNCT cet-13710 10 1 therefore therefore ADV cet-13710 10 2 , , PUNCT cet-13710 10 3 it it PRON cet-13710 10 4 is be AUX cet-13710 10 5 expected expect VERB cet-13710 10 6 that that SCONJ cet-13710 10 7 these these DET cet-13710 10 8 energy energy NOUN cet-13710 10 9 carriers carrier NOUN cet-13710 10 10 will will AUX cet-13710 10 11 be be AUX cet-13710 10 12 produced produce VERB cet-13710 10 13 , , PUNCT cet-13710 10 14 transported transport VERB cet-13710 10 15 , , PUNCT cet-13710 10 16 and and CCONJ cet-13710 10 17 used use VERB cet-13710 10 18 at at ADP cet-13710 10 19 large large ADJ cet-13710 10 20 scale scale NOUN cet-13710 10 21 in in ADP cet-13710 10 22 the the DET cet-13710 10 23 future future NOUN cet-13710 10 24 . . PUNCT cet-13710 11 1 in in ADP cet-13710 11 2 order order NOUN cet-13710 11 3 to to PART cet-13710 11 4 estimate estimate VERB cet-13710 11 5 the the DET cet-13710 11 6 consequences consequence NOUN cet-13710 11 7 and and CCONJ cet-13710 11 8 risks risk NOUN cet-13710 11 9 due due ADP cet-13710 11 10 to to ADP cet-13710 11 11 the the DET cet-13710 11 12 accidental accidental ADJ cet-13710 11 13 release release NOUN cet-13710 11 14 of of ADP cet-13710 11 15 these these DET cet-13710 11 16 new new ADJ cet-13710 11 17 energy energy NOUN cet-13710 11 18 carriers carrier NOUN cet-13710 11 19 , , PUNCT cet-13710 11 20 the the DET cet-13710 11 21 models model NOUN cet-13710 11 22 applied apply VERB cet-13710 11 23 for for ADP cet-13710 11 24 these these DET cet-13710 11 25 assessments assessment NOUN cet-13710 11 26 need need VERB cet-13710 11 27 to to PART cet-13710 11 28 be be AUX cet-13710 11 29 able able ADJ cet-13710 11 30 to to PART cet-13710 11 31 properly properly ADV cet-13710 11 32 simulate simulate VERB cet-13710 11 33 the the DET cet-13710 11 34 unique unique ADJ cet-13710 11 35 behaviour behaviour NOUN cet-13710 11 36 of of ADP cet-13710 11 37 these these DET cet-13710 11 38 new new ADJ cet-13710 11 39 energy energy NOUN cet-13710 11 40 carriers carrier NOUN cet-13710 11 41 , , PUNCT cet-13710 11 42 which which PRON cet-13710 11 43 can can AUX cet-13710 11 44 present present VERB cet-13710 11 45 strong strong ADJ cet-13710 11 46 buoyant buoyant ADJ cet-13710 11 47 behaviour behaviour NOUN cet-13710 11 48 when when SCONJ cet-13710 11 49 released release VERB cet-13710 11 50 into into ADP cet-13710 11 51 ambient ambient ADJ cet-13710 11 52 air air NOUN cet-13710 11 53 . . PUNCT cet-13710 12 1 gexcon gexcon PROPN cet-13710 12 2 ’s ’s PART cet-13710 12 3 consequence consequence NOUN cet-13710 12 4 modelling model VERB cet-13710 12 5 tool tool NOUN cet-13710 12 6 effects effect NOUN cet-13710 12 7 used use VERB cet-13710 12 8 to to PART cet-13710 12 9 contain contain VERB cet-13710 12 10 different different ADJ cet-13710 12 11 dispersion dispersion NOUN cet-13710 12 12 models model NOUN cet-13710 12 13 for for ADP cet-13710 12 14 neutral neutral ADJ cet-13710 12 15 and and CCONJ cet-13710 12 16 heavy heavy ADJ cet-13710 12 17 gas gas NOUN cet-13710 12 18 dispersion dispersion NOUN cet-13710 12 19 , , PUNCT cet-13710 12 20 which which PRON cet-13710 12 21 were be AUX cet-13710 12 22 based base VERB cet-13710 12 23 on on ADP cet-13710 12 24 a a DET cet-13710 12 25 1 1 NUM cet-13710 12 26 - - PUNCT cet-13710 12 27 d d NOUN cet-13710 12 28 discretisation discretisation NOUN cet-13710 12 29 , , PUNCT cet-13710 12 30 also also ADV cet-13710 12 31 known know VERB cet-13710 12 32 as as ADP cet-13710 12 33 integral integral ADJ cet-13710 12 34 models model NOUN cet-13710 12 35 . . PUNCT cet-13710 13 1 since since SCONJ cet-13710 13 2 the the DET cet-13710 13 3 code code NOUN cet-13710 13 4 was be AUX cet-13710 13 5 developed develop VERB cet-13710 13 6 in in ADP cet-13710 13 7 the the DET cet-13710 13 8 past past NOUN cet-13710 13 9 with with ADP cet-13710 13 10 the the DET cet-13710 13 11 focus focus NOUN cet-13710 13 12 on on ADP cet-13710 13 13 heavy heavy ADJ cet-13710 13 14 or or CCONJ cet-13710 13 15 neutral neutral ADJ cet-13710 13 16 gas gas NOUN cet-13710 13 17 conditions condition NOUN cet-13710 13 18 the the DET cet-13710 13 19 simulation simulation NOUN cet-13710 13 20 of of ADP cet-13710 13 21 buoyant buoyant ADJ cet-13710 13 22 jets jet NOUN cet-13710 13 23 and and CCONJ cet-13710 13 24 plumes plume NOUN cet-13710 13 25 so so ADV cet-13710 13 26 far far ADV cet-13710 13 27 was be AUX cet-13710 13 28 limited limit VERB cet-13710 13 29 . . PUNCT cet-13710 14 1 in in SCONJ cet-13710 14 2 effetcs effetcs PROPN cet-13710 14 3 v12 v12 VERB cet-13710 14 4 the the DET cet-13710 14 5 modelling modelling NOUN cet-13710 14 6 of of ADP cet-13710 14 7 buoyant buoyant ADJ cet-13710 14 8 plumes plume NOUN cet-13710 14 9 including include VERB cet-13710 14 10 the the DET cet-13710 14 11 transition transition NOUN cet-13710 14 12 to to ADP cet-13710 14 13 grounded ground VERB cet-13710 14 14 plumes plume NOUN cet-13710 14 15 depending depend VERB cet-13710 14 16 on on ADP cet-13710 14 17 the the DET cet-13710 14 18 release release NOUN cet-13710 14 19 and and CCONJ cet-13710 14 20 weather weather NOUN cet-13710 14 21 conditions condition NOUN cet-13710 14 22 has have AUX cet-13710 14 23 been be AUX cet-13710 14 24 significantly significantly ADV cet-13710 14 25 improved improve VERB cet-13710 14 26 ( ( PUNCT cet-13710 14 27 mack mack PROPN cet-13710 14 28 et et PROPN cet-13710 14 29 al al PROPN cet-13710 14 30 . . PROPN cet-13710 14 31 , , PUNCT cet-13710 14 32 2022 2022 NUM cet-13710 14 33 ) ) PUNCT cet-13710 14 34 . . PUNCT cet-13710 15 1 the the DET cet-13710 15 2 present present ADJ cet-13710 15 3 work work NOUN cet-13710 15 4 focuses focus VERB cet-13710 15 5 on on ADP cet-13710 15 6 the the DET cet-13710 15 7 improvement improvement NOUN cet-13710 15 8 of of ADP cet-13710 15 9 the the DET cet-13710 15 10 modelling modelling NOUN cet-13710 15 11 of of ADP cet-13710 15 12 turbulent turbulent ADJ cet-13710 15 13 free free ADJ cet-13710 15 14 jets jet NOUN cet-13710 15 15 including include VERB cet-13710 15 16 highly highly ADV cet-13710 15 17 under under ADP cet-13710 15 18 expanded expand VERB cet-13710 15 19 gaseous gaseous ADJ cet-13710 15 20 jets jet NOUN cet-13710 15 21 from from ADP cet-13710 15 22 light light ADJ cet-13710 15 23 gas gas NOUN cet-13710 15 24 releases release NOUN cet-13710 15 25 such such ADJ cet-13710 15 26 as as ADP cet-13710 15 27 pressurized pressurized ADJ cet-13710 15 28 hydrogen hydrogen NOUN cet-13710 15 29 but but CCONJ cet-13710 15 30 also also ADV cet-13710 15 31 other other ADJ cet-13710 15 32 substances substance NOUN cet-13710 15 33 and and CCONJ cet-13710 15 34 flow flow NOUN cet-13710 15 35 conditions condition NOUN cet-13710 15 36 . . PUNCT cet-13710 16 1 2 2 X cet-13710 16 2 . . X cet-13710 16 3 modelling model VERB cet-13710 16 4 turbulent turbulent ADJ cet-13710 16 5 jets jet NOUN cet-13710 16 6 in in ADP cet-13710 16 7 effects effect NOUN cet-13710 16 8 v12 v12 VERB cet-13710 16 9 , , PUNCT cet-13710 16 10 the the DET cet-13710 16 11 modelling modelling NOUN cet-13710 16 12 of of ADP cet-13710 16 13 a a DET cet-13710 16 14 gaseous gaseous ADJ cet-13710 16 15 jet jet NOUN cet-13710 16 16 is be AUX cet-13710 16 17 modelled model VERB cet-13710 16 18 as as ADP cet-13710 16 19 a a DET cet-13710 16 20 turbulent turbulent ADV cet-13710 16 21 free free ADJ cet-13710 16 22 jet jet NOUN cet-13710 16 23 in in ADP cet-13710 16 24 the the DET cet-13710 16 25 momentum momentum NOUN cet-13710 16 26 dominated dominate VERB cet-13710 16 27 region region NOUN cet-13710 16 28 ; ; PUNCT cet-13710 16 29 from from ADP cet-13710 16 30 there there ADV cet-13710 16 31 the the DET cet-13710 16 32 effects effect NOUN cet-13710 16 33 v12 v12 VERB cet-13710 16 34 dispersion dispersion NOUN cet-13710 16 35 model model NOUN cet-13710 16 36 is be AUX cet-13710 16 37 applied apply VERB cet-13710 16 38 which which PRON cet-13710 16 39 solves solve VERB cet-13710 16 40 the the DET cet-13710 16 41 equations equation NOUN cet-13710 16 42 of of ADP cet-13710 16 43 mass mass ADJ cet-13710 16 44 , , PUNCT cet-13710 16 45 momentum momentum NOUN cet-13710 16 46 and and CCONJ cet-13710 16 47 energy energy NOUN cet-13710 16 48 and and CCONJ cet-13710 16 49 therefore therefore ADV cet-13710 16 50 , , PUNCT cet-13710 16 51 can can AUX cet-13710 16 52 handle handle VERB cet-13710 16 53 all all DET cet-13710 16 54 relevant relevant ADJ cet-13710 16 55 physical physical ADJ cet-13710 16 56 effects effect NOUN cet-13710 16 57 like like ADP cet-13710 16 58 buoyancy buoyancy NOUN cet-13710 16 59 . . PUNCT cet-13710 17 1 the the DET cet-13710 17 2 coupling coupling NOUN cet-13710 17 3 is be AUX cet-13710 17 4 performed perform VERB cet-13710 17 5 automatically automatically ADV cet-13710 17 6 in in ADP cet-13710 17 7 effects effect NOUN cet-13710 17 8 v12 v12 VERB cet-13710 17 9 . . PUNCT cet-13710 18 1 2.1 2.1 NUM cet-13710 18 2 expanded expand VERB cet-13710 18 3 turbulent turbulent ADJ cet-13710 18 4 free free ADJ cet-13710 18 5 jets jet NOUN cet-13710 18 6 turbulent turbulent ADJ cet-13710 18 7 jets jet NOUN cet-13710 18 8 have have AUX cet-13710 18 9 been be AUX cet-13710 18 10 studied study VERB cet-13710 18 11 extensively extensively ADV cet-13710 18 12 in in ADP cet-13710 18 13 the the DET cet-13710 18 14 past past NOUN cet-13710 18 15 experimentally experimentally ADV cet-13710 18 16 and and CCONJ cet-13710 18 17 analytically analytically ADV cet-13710 18 18 ( ( PUNCT cet-13710 18 19 chen chen PROPN cet-13710 18 20 and and CCONJ cet-13710 18 21 rodi rodi PROPN cet-13710 18 22 , , PUNCT cet-13710 18 23 1980 1980 NUM cet-13710 18 24 ) ) PUNCT cet-13710 18 25 . . PUNCT cet-13710 19 1 the the DET cet-13710 19 2 analytical analytical ADJ cet-13710 19 3 models model NOUN cet-13710 19 4 can can AUX cet-13710 19 5 reproduce reproduce VERB cet-13710 19 6 the the DET cet-13710 19 7 mixing mixing NOUN cet-13710 19 8 of of ADP cet-13710 19 9 the the DET cet-13710 19 10 jet jet NOUN cet-13710 19 11 with with ADP cet-13710 19 12 the the DET cet-13710 19 13 surrounding surround VERB cet-13710 19 14 air air NOUN cet-13710 19 15 relatively relatively ADV cet-13710 19 16 accurate accurate ADJ cet-13710 19 17 at at ADP cet-13710 19 18 very very ADV cet-13710 19 19 low low ADJ cet-13710 19 20 computational computational ADJ cet-13710 19 21 effort effort NOUN cet-13710 19 22 since since SCONJ cet-13710 19 23 the the DET cet-13710 19 24 concentration concentration NOUN cet-13710 19 25 scales scale VERB cet-13710 19 26 with with ADP cet-13710 19 27 the the DET cet-13710 19 28 reciprocal reciprocal NOUN cet-13710 19 29 of of ADP cet-13710 19 30 the the DET cet-13710 19 31 distance distance NOUN cet-13710 19 32 . . PUNCT cet-13710 20 1 a a DET cet-13710 20 2 widely widely ADV cet-13710 20 3 used use VERB cet-13710 20 4 25 25 NUM cet-13710 20 5 analytical analytical ADJ cet-13710 20 6 model model NOUN cet-13710 20 7 is be AUX cet-13710 20 8 the the DET cet-13710 20 9 one one NUM cet-13710 20 10 of of ADP cet-13710 20 11 chen chen PROPN cet-13710 20 12 & & CCONJ cet-13710 20 13 rodi rodi PROPN cet-13710 20 14 ( ( PUNCT cet-13710 20 15 chen chen PROPN cet-13710 20 16 and and CCONJ cet-13710 20 17 rodi rodi PROPN cet-13710 20 18 , , PUNCT cet-13710 20 19 1980 1980 NUM cet-13710 20 20 ) ) PUNCT cet-13710 20 21 which which PRON cet-13710 20 22 has have AUX cet-13710 20 23 also also ADV cet-13710 20 24 been be AUX cet-13710 20 25 applied apply VERB cet-13710 20 26 in in ADP cet-13710 20 27 effects effect NOUN cet-13710 20 28 successfully successfully ADV cet-13710 20 29 for for ADP cet-13710 20 30 many many ADJ cet-13710 20 31 years year NOUN cet-13710 20 32 . . PUNCT cet-13710 21 1 the the DET cet-13710 21 2 concentration concentration NOUN cet-13710 21 3 distribution distribution NOUN cet-13710 21 4 of of ADP cet-13710 21 5 the the DET cet-13710 21 6 chen chen PROPN cet-13710 21 7 & & CCONJ cet-13710 21 8 rodi rodi PROPN cet-13710 21 9 model model NOUN cet-13710 21 10 is be AUX cet-13710 21 11 : : PUNCT cet-13710 21 12 𝑐𝑐(π‘₯ 𝑐𝑐(π‘₯ X cet-13710 21 13 ) ) PUNCT cet-13710 21 14 𝑐𝑠 𝑐𝑠 VERB cet-13710 21 15 = = PUNCT cet-13710 21 16 πΆπ‘βˆš πΆπ‘βˆš NOUN cet-13710 21 17 πœŒπ‘  πœŒπ‘  NUM cet-13710 21 18 πœŒπ‘Ž πœŒπ‘Ž NOUN cet-13710 21 19 𝑑 𝑑 PROPN cet-13710 21 20 π‘₯ π‘₯ X cet-13710 21 21 ( ( PUNCT cet-13710 21 22 1 1 NUM cet-13710 21 23 ) ) PUNCT cet-13710 21 24 πœŒπ‘  πœŒπ‘  NOUN cet-13710 21 25 is be AUX cet-13710 21 26 the the DET cet-13710 21 27 density density NOUN cet-13710 21 28 of of ADP cet-13710 21 29 source source NOUN cet-13710 21 30 gas gas NOUN cet-13710 21 31 at at ADP cet-13710 21 32 throat throat NOUN cet-13710 21 33 , , PUNCT cet-13710 21 34 πœŒπ‘Ž πœŒπ‘Ž ADP cet-13710 21 35 the the DET cet-13710 21 36 density density NOUN cet-13710 21 37 of of ADP cet-13710 21 38 ambient ambient ADJ cet-13710 21 39 air air NOUN cet-13710 21 40 , , PUNCT cet-13710 21 41 d d X cet-13710 21 42 the the DET cet-13710 21 43 throat throat NOUN cet-13710 21 44 diameter diameter NOUN cet-13710 21 45 , , PUNCT cet-13710 22 1 𝐢𝑐 𝐢𝑐 PROPN cet-13710 22 2 the the DET cet-13710 22 3 concentration concentration NOUN cet-13710 22 4 coefficient coefficient NOUN cet-13710 22 5 , , PUNCT cet-13710 22 6 𝑐𝑠 𝑐𝑠 VERB cet-13710 22 7 the the DET cet-13710 22 8 mass mass ADJ cet-13710 22 9 fraction fraction NOUN cet-13710 22 10 of of ADP cet-13710 22 11 the the DET cet-13710 22 12 source source NOUN cet-13710 22 13 at at ADP cet-13710 22 14 throat throat NOUN cet-13710 22 15 and and CCONJ cet-13710 22 16 x x X cet-13710 22 17 is be AUX cet-13710 22 18 the the DET cet-13710 22 19 distance distance NOUN cet-13710 22 20 from from ADP cet-13710 22 21 the the DET cet-13710 22 22 throat throat NOUN cet-13710 22 23 . . PUNCT cet-13710 23 1 with with ADP cet-13710 23 2 rising rise VERB cet-13710 23 3 interest interest NOUN cet-13710 23 4 for for ADP cet-13710 23 5 new new ADJ cet-13710 23 6 energy energy NOUN cet-13710 23 7 carriers carrier NOUN cet-13710 23 8 like like ADP cet-13710 23 9 hydrogen hydrogen NOUN cet-13710 23 10 , , PUNCT cet-13710 23 11 which which PRON cet-13710 23 12 is be AUX cet-13710 23 13 much much ADV cet-13710 23 14 lighter light ADJ cet-13710 23 15 than than ADP cet-13710 23 16 the the DET cet-13710 23 17 classical classical ADJ cet-13710 23 18 gasses gas NOUN cet-13710 23 19 from from ADP cet-13710 23 20 hydrocarbons hydrocarbon NOUN cet-13710 23 21 such such ADJ cet-13710 23 22 as as ADP cet-13710 23 23 methane methane NOUN cet-13710 23 24 , , PUNCT cet-13710 23 25 the the DET cet-13710 23 26 model model NOUN cet-13710 23 27 was be AUX cet-13710 23 28 revised revise VERB cet-13710 23 29 and and CCONJ cet-13710 23 30 crosschecked crosschecke VERB cet-13710 23 31 with with ADP cet-13710 23 32 more more ADV cet-13710 23 33 recent recent ADJ cet-13710 23 34 data datum NOUN cet-13710 23 35 . . PUNCT cet-13710 24 1 it it PRON cet-13710 24 2 turned turn VERB cet-13710 24 3 out out ADP cet-13710 24 4 that that SCONJ cet-13710 24 5 in in ADP cet-13710 24 6 the the DET cet-13710 24 7 original original ADJ cet-13710 24 8 publication publication NOUN cet-13710 24 9 of of ADP cet-13710 24 10 chen chen PROPN cet-13710 24 11 & & CCONJ cet-13710 24 12 rodi rodi PROPN cet-13710 24 13 ( ( PUNCT cet-13710 24 14 chen chen PROPN cet-13710 24 15 and and CCONJ cet-13710 24 16 rodi rodi PROPN cet-13710 24 17 , , PUNCT cet-13710 24 18 1980 1980 NUM cet-13710 24 19 ) ) PUNCT cet-13710 24 20 the the DET cet-13710 24 21 analytical analytical ADJ cet-13710 24 22 model model NOUN cet-13710 24 23 of of ADP cet-13710 24 24 the the DET cet-13710 24 25 concentration concentration NOUN cet-13710 24 26 decay decay NOUN cet-13710 24 27 scaled scale VERB cet-13710 24 28 with with ADP cet-13710 24 29 the the DET cet-13710 24 30 reciprocal reciprocal ADJ cet-13710 24 31 density density NOUN cet-13710 24 32 ratio ratio NOUN cet-13710 24 33 by by ADP cet-13710 24 34 mistake mistake NOUN cet-13710 24 35 , , PUNCT cet-13710 24 36 which which PRON cet-13710 24 37 can can AUX cet-13710 24 38 be be AUX cet-13710 24 39 verified verify VERB cet-13710 24 40 by by ADP cet-13710 24 41 comparison comparison NOUN cet-13710 24 42 with with ADP cet-13710 24 43 the the DET cet-13710 24 44 scaling scaling NOUN cet-13710 24 45 of of ADP cet-13710 24 46 the the DET cet-13710 24 47 experimental experimental ADJ cet-13710 24 48 data data NOUN cet-13710 24 49 results result NOUN cet-13710 24 50 in in ADP cet-13710 24 51 the the DET cet-13710 24 52 same same ADJ cet-13710 24 53 publication publication NOUN cet-13710 24 54 . . PUNCT cet-13710 25 1 this this DET cet-13710 25 2 results result VERB cet-13710 25 3 in in ADP cet-13710 25 4 inaccuracies inaccuracy NOUN cet-13710 25 5 when when SCONJ cet-13710 25 6 applying apply VERB cet-13710 25 7 the the DET cet-13710 25 8 model model NOUN cet-13710 25 9 for for ADP cet-13710 25 10 both both CCONJ cet-13710 25 11 heavy heavy ADJ cet-13710 25 12 and and CCONJ cet-13710 25 13 light light ADJ cet-13710 25 14 gas gas NOUN cet-13710 25 15 dispersion dispersion NOUN cet-13710 25 16 situations situation NOUN cet-13710 25 17 . . PUNCT cet-13710 26 1 in in ADP cet-13710 26 2 addition addition NOUN cet-13710 26 3 , , PUNCT cet-13710 26 4 the the DET cet-13710 26 5 concentration concentration NOUN cet-13710 26 6 fractions fraction NOUN cet-13710 26 7 have have VERB cet-13710 26 8 to to PART cet-13710 26 9 be be AUX cet-13710 26 10 interpreted interpret VERB cet-13710 26 11 as as ADP cet-13710 26 12 mass mass ADJ cet-13710 26 13 fractions fraction NOUN cet-13710 26 14 in in ADP cet-13710 26 15 the the DET cet-13710 26 16 chen chen PROPN cet-13710 26 17 & & CCONJ cet-13710 26 18 rodi rodi PROPN cet-13710 26 19 model model PROPN cet-13710 26 20 , , PUNCT cet-13710 26 21 which which PRON cet-13710 26 22 lead lead VERB cet-13710 26 23 to to ADP cet-13710 26 24 the the DET cet-13710 26 25 mismatch mismatch NOUN cet-13710 26 26 of of ADP cet-13710 26 27 other other ADJ cet-13710 26 28 models model NOUN cet-13710 26 29 with with ADP cet-13710 26 30 experimental experimental ADJ cet-13710 26 31 data datum NOUN cet-13710 26 32 in in ADP cet-13710 26 33 the the DET cet-13710 26 34 past past NOUN cet-13710 26 35 as as SCONJ cet-13710 26 36 mentioned mention VERB cet-13710 26 37 earlier early ADV cet-13710 26 38 by by ADP cet-13710 26 39 molkov molkov NOUN cet-13710 26 40 ( ( PUNCT cet-13710 26 41 2012 2012 NUM cet-13710 26 42 ) ) PUNCT cet-13710 26 43 . . PUNCT cet-13710 27 1 the the DET cet-13710 27 2 velocity velocity NOUN cet-13710 27 3 decay decay NOUN cet-13710 27 4 at at ADP cet-13710 27 5 the the DET cet-13710 27 6 centreline centreline NOUN cet-13710 27 7 is be AUX cet-13710 27 8 : : PUNCT cet-13710 27 9 𝑒𝑐(π‘₯ 𝑒𝑐(π‘₯ NUM cet-13710 27 10 ) ) PUNCT cet-13710 27 11 𝑒𝑠 𝑒𝑠 NOUN cet-13710 28 1 = = PUNCT cet-13710 28 2 πΆπ‘’βˆš πΆπ‘’βˆš PROPN cet-13710 28 3 πœŒπ‘  πœŒπ‘  NOUN cet-13710 28 4 πœŒπ‘Ž πœŒπ‘Ž ADP cet-13710 28 5 𝑑 𝑑 PROPN cet-13710 28 6 π‘₯ π‘₯ X cet-13710 28 7 ( ( PUNCT cet-13710 28 8 2 2 NUM cet-13710 28 9 ) ) PUNCT cet-13710 28 10 𝑒𝑠 𝑒𝑠 PROPN cet-13710 28 11 is be AUX cet-13710 28 12 the the DET cet-13710 28 13 velocity velocity NOUN cet-13710 28 14 at at ADP cet-13710 28 15 throat throat NOUN cet-13710 28 16 , , PUNCT cet-13710 28 17 𝐢𝑒 𝐢𝑒 NOUN cet-13710 28 18 is be AUX cet-13710 28 19 the the DET cet-13710 28 20 velocity velocity NOUN cet-13710 28 21 coefficient coefficient NOUN cet-13710 28 22 . . PUNCT cet-13710 29 1 the the DET cet-13710 29 2 lateral lateral ADJ cet-13710 29 3 concentration concentration NOUN cet-13710 29 4 and and CCONJ cet-13710 29 5 velocity velocity NOUN cet-13710 29 6 distributions distribution NOUN cet-13710 29 7 are be AUX cet-13710 29 8 defined define VERB cet-13710 29 9 as as ADP cet-13710 29 10 gaussian gaussian ADJ cet-13710 29 11 distributions distribution NOUN cet-13710 29 12 : : PUNCT cet-13710 29 13 𝑐 𝑐 X cet-13710 29 14 ( ( PUNCT cet-13710 29 15 π‘Ÿπ‘— π‘Ÿπ‘— ADP cet-13710 29 16 π‘₯ π‘₯ PROPN cet-13710 29 17 ) ) PUNCT cet-13710 30 1 𝑐𝑐(π‘₯ 𝑐𝑐(π‘₯ NUM cet-13710 30 2 ) ) PUNCT cet-13710 30 3 = = SYM cet-13710 30 4 exp exp NOUN cet-13710 30 5 ( ( PUNCT cet-13710 30 6 βˆ’πΆπ‘¦π‘ βˆ’πΆπ‘¦π‘ X cet-13710 30 7 ( ( PUNCT cet-13710 30 8 π‘Ÿπ‘— π‘Ÿπ‘— ADP cet-13710 30 9 π‘₯ π‘₯ PROPN cet-13710 30 10 ) ) PUNCT cet-13710 30 11 2 2 NUM cet-13710 30 12 ) ) PUNCT cet-13710 30 13 ( ( PUNCT cet-13710 30 14 3 3 X cet-13710 30 15 ) ) PUNCT cet-13710 30 16 𝑒 𝑒 NOUN cet-13710 30 17 ( ( PUNCT cet-13710 30 18 π‘Ÿπ‘— π‘Ÿπ‘— ADP cet-13710 30 19 π‘₯ π‘₯ PROPN cet-13710 30 20 ) ) PUNCT cet-13710 30 21 𝑒𝑐(π‘₯ 𝑒𝑐(π‘₯ ADJ cet-13710 30 22 ) ) PUNCT cet-13710 30 23 = = SYM cet-13710 30 24 exp exp X cet-13710 30 25 ( ( PUNCT cet-13710 30 26 βˆ’πΆπ‘¦π‘’ βˆ’πΆπ‘¦π‘’ PROPN cet-13710 30 27 ( ( PUNCT cet-13710 30 28 π‘Ÿπ‘— π‘Ÿπ‘— ADP cet-13710 30 29 π‘₯ π‘₯ PROPN cet-13710 30 30 ) ) PUNCT cet-13710 30 31 2 2 NUM cet-13710 30 32 ) ) PUNCT cet-13710 30 33 ( ( PUNCT cet-13710 30 34 4 4 NUM cet-13710 30 35 ) ) PUNCT cet-13710 30 36 π‘Ÿπ‘— π‘Ÿπ‘— ADP cet-13710 30 37 = = SYM cet-13710 30 38 βˆšπ‘¦2 βˆšπ‘¦2 PROPN cet-13710 30 39 + + CCONJ cet-13710 30 40 𝑧2 𝑧2 NOUN cet-13710 30 41 is be AUX cet-13710 30 42 the the DET cet-13710 30 43 radial radial ADJ cet-13710 30 44 distance distance NOUN cet-13710 30 45 from from ADP cet-13710 30 46 the the DET cet-13710 30 47 jet jet NOUN cet-13710 30 48 axis axis NOUN cet-13710 30 49 and and CCONJ cet-13710 30 50 𝐢𝑦𝑐 𝐢𝑦𝑐 PROPN cet-13710 30 51 and and CCONJ cet-13710 30 52 𝐢𝑦𝑒 𝐢𝑦𝑒 PROPN cet-13710 30 53 coefficients coefficient NOUN cet-13710 30 54 for for ADP cet-13710 30 55 the the DET cet-13710 30 56 radial radial ADJ cet-13710 30 57 distribution distribution NOUN cet-13710 30 58 of of ADP cet-13710 30 59 concentration concentration NOUN cet-13710 30 60 and and CCONJ cet-13710 30 61 velocity velocity NOUN cet-13710 30 62 . . PUNCT cet-13710 31 1 the the DET cet-13710 31 2 calculation calculation NOUN cet-13710 31 3 of of ADP cet-13710 31 4 the the DET cet-13710 31 5 conditions condition NOUN cet-13710 31 6 of of ADP cet-13710 31 7 concentration concentration NOUN cet-13710 31 8 and and CCONJ cet-13710 31 9 velocity velocity NOUN cet-13710 31 10 at at ADP cet-13710 31 11 the the DET cet-13710 31 12 release release NOUN cet-13710 31 13 location location NOUN cet-13710 31 14 ( ( PUNCT cet-13710 31 15 throat throat NOUN cet-13710 31 16 ) ) PUNCT cet-13710 31 17 , , PUNCT cet-13710 31 18 which which PRON cet-13710 31 19 are be AUX cet-13710 31 20 needed need VERB cet-13710 31 21 as as ADP cet-13710 31 22 input input NOUN cet-13710 31 23 for for ADP cet-13710 31 24 the the DET cet-13710 31 25 model model NOUN cet-13710 31 26 , , PUNCT cet-13710 31 27 are be AUX cet-13710 31 28 based base VERB cet-13710 31 29 on on ADP cet-13710 31 30 the the DET cet-13710 31 31 expansion expansion NOUN cet-13710 31 32 from from ADP cet-13710 31 33 reservoir reservoir NOUN cet-13710 31 34 conditions condition NOUN cet-13710 31 35 to to ADP cet-13710 31 36 ambient ambient ADJ cet-13710 31 37 pressure pressure NOUN cet-13710 31 38 . . PUNCT cet-13710 32 1 the the DET cet-13710 32 2 coefficients coefficient NOUN cet-13710 32 3 used use VERB cet-13710 32 4 in in ADP cet-13710 32 5 effects effect NOUN cet-13710 32 6 v12 v12 VERB cet-13710 32 7 are be AUX cet-13710 32 8 based base VERB cet-13710 32 9 on on ADP cet-13710 32 10 a a DET cet-13710 32 11 wide wide ADJ cet-13710 32 12 range range NOUN cet-13710 32 13 of of ADP cet-13710 32 14 experimental experimental ADJ cet-13710 32 15 data datum NOUN cet-13710 32 16 including include VERB cet-13710 32 17 under under ADP cet-13710 32 18 expanded expand VERB cet-13710 32 19 releases release NOUN cet-13710 32 20 , , PUNCT cet-13710 32 21 which which PRON cet-13710 32 22 are be AUX cet-13710 32 23 explained explain VERB cet-13710 32 24 in in ADP cet-13710 32 25 chapter chapter NOUN cet-13710 32 26 2.2 2.2 NUM cet-13710 32 27 . . PUNCT cet-13710 33 1 the the DET cet-13710 33 2 coefficients coefficient NOUN cet-13710 33 3 are be AUX cet-13710 33 4 provided provide VERB cet-13710 33 5 in in ADP cet-13710 33 6 table table NOUN cet-13710 33 7 1 1 NUM cet-13710 33 8 . . PUNCT cet-13710 33 9 table table NOUN cet-13710 33 10 1 1 NUM cet-13710 33 11 : : PUNCT cet-13710 33 12 turbulent turbulent ADJ cet-13710 33 13 coefficients coefficient NOUN cet-13710 33 14 used use VERB cet-13710 33 15 in in ADP cet-13710 33 16 effects effect NOUN cet-13710 33 17 v12 v12 VERB cet-13710 33 18 𝐢𝑐 𝐢𝑐 PROPN cet-13710 33 19 𝐢𝑒 𝐢𝑒 PROPN cet-13710 33 20 𝐢𝑦𝑐 𝐢𝑦𝑐 PROPN cet-13710 33 21 𝐢𝑦𝑒 𝐢𝑦𝑒 PROPN cet-13710 33 22 4.8 4.8 NUM cet-13710 33 23 5.0 5.0 NUM cet-13710 33 24 35 35 NUM cet-13710 33 25 94 94 NUM cet-13710 33 26 for for ADP cet-13710 33 27 low low ADJ cet-13710 33 28 - - PUNCT cet-13710 33 29 speed speed NOUN cet-13710 33 30 releases release NOUN cet-13710 33 31 , , PUNCT cet-13710 33 32 where where SCONJ cet-13710 33 33 the the DET cet-13710 33 34 exit exit NOUN cet-13710 33 35 mach mach NOUN cet-13710 33 36 number number NOUN cet-13710 33 37 is be AUX cet-13710 33 38 much much ADV cet-13710 33 39 lower low ADJ cet-13710 33 40 than than ADP cet-13710 33 41 one one NUM cet-13710 33 42 , , PUNCT cet-13710 33 43 the the DET cet-13710 33 44 chen chen PROPN cet-13710 33 45 & & CCONJ cet-13710 33 46 rodi rodi PROPN cet-13710 33 47 model model PROPN cet-13710 33 48 ( ( PUNCT cet-13710 33 49 equation equation NOUN cet-13710 33 50 2 2 NUM cet-13710 33 51 ) ) PUNCT cet-13710 33 52 underpredicts underpredict VERB cet-13710 33 53 the the DET cet-13710 33 54 velocity velocity NOUN cet-13710 33 55 at at ADP cet-13710 33 56 the the DET cet-13710 33 57 jet jet NOUN cet-13710 33 58 centreline centreline NOUN cet-13710 33 59 . . PUNCT cet-13710 34 1 therefore therefore ADV cet-13710 34 2 , , PUNCT cet-13710 34 3 a a DET cet-13710 34 4 correction correction NOUN cet-13710 34 5 by by ADP cet-13710 34 6 witze witze PROPN cet-13710 34 7 ( ( PUNCT cet-13710 34 8 1974 1974 NUM cet-13710 34 9 ) ) PUNCT cet-13710 34 10 was be AUX cet-13710 34 11 applied apply VERB cet-13710 34 12 for for ADP cet-13710 34 13 exit exit NOUN cet-13710 34 14 mach mach NOUN cet-13710 34 15 numbers number NOUN cet-13710 34 16 below below ADP cet-13710 34 17 0.3 0.3 NUM cet-13710 34 18 with with ADP cet-13710 34 19 a a DET cet-13710 34 20 smooth smooth ADJ cet-13710 34 21 transition transition NOUN cet-13710 34 22 to to ADP cet-13710 34 23 mach mach NOUN cet-13710 34 24 0.5 0.5 NUM cet-13710 34 25 ; ; PUNCT cet-13710 34 26 above above ADP cet-13710 34 27 this this DET cet-13710 34 28 value value NOUN cet-13710 34 29 , , PUNCT cet-13710 34 30 equation equation NOUN cet-13710 34 31 2 2 NUM cet-13710 34 32 is be AUX cet-13710 34 33 applied apply VERB cet-13710 34 34 ( ( PUNCT cet-13710 34 35 not not PART cet-13710 34 36 further far ADV cet-13710 34 37 discussed discuss VERB cet-13710 34 38 here here ADV cet-13710 34 39 ) ) PUNCT cet-13710 34 40 . . PUNCT cet-13710 35 1 2.2 2.2 NUM cet-13710 35 2 under under ADP cet-13710 35 3 expanded expand VERB cet-13710 35 4 turbulent turbulent ADJ cet-13710 35 5 free free ADJ cet-13710 35 6 jets jet NOUN cet-13710 35 7 for for ADP cet-13710 35 8 expanded expand VERB cet-13710 35 9 releases release NOUN cet-13710 35 10 , , PUNCT cet-13710 35 11 the the DET cet-13710 35 12 pressure pressure NOUN cet-13710 35 13 at at ADP cet-13710 35 14 the the DET cet-13710 35 15 release release NOUN cet-13710 35 16 equals equal VERB cet-13710 35 17 the the DET cet-13710 35 18 ambient ambient ADJ cet-13710 35 19 pressure pressure NOUN cet-13710 35 20 . . PUNCT cet-13710 36 1 therefore therefore ADV cet-13710 36 2 , , PUNCT cet-13710 36 3 the the DET cet-13710 36 4 initial initial ADJ cet-13710 36 5 conditions condition NOUN cet-13710 36 6 required require VERB cet-13710 36 7 for for ADP cet-13710 36 8 the the DET cet-13710 36 9 turbulent turbulent ADJ cet-13710 36 10 jet jet NOUN cet-13710 36 11 model model NOUN cet-13710 36 12 like like ADP cet-13710 36 13 diameter diameter NOUN cet-13710 36 14 and and CCONJ cet-13710 36 15 velocity velocity NOUN cet-13710 36 16 can can AUX cet-13710 36 17 be be AUX cet-13710 36 18 taken take VERB cet-13710 36 19 directly directly ADV cet-13710 36 20 from from ADP cet-13710 36 21 the the DET cet-13710 36 22 release release NOUN cet-13710 36 23 location location NOUN cet-13710 36 24 , , PUNCT cet-13710 36 25 as as ADP cet-13710 36 26 an an DET cet-13710 36 27 expansion expansion NOUN cet-13710 36 28 from from ADP cet-13710 36 29 reservoir reservoir PROPN cet-13710 36 30 to to ADP cet-13710 36 31 ambient ambient ADJ cet-13710 36 32 conditions condition NOUN cet-13710 36 33 . . PUNCT cet-13710 37 1 the the DET cet-13710 37 2 distributions distribution NOUN cet-13710 37 3 for for ADP cet-13710 37 4 concentration concentration NOUN cet-13710 37 5 and and CCONJ cet-13710 37 6 velocity velocity NOUN cet-13710 37 7 inside inside ADP cet-13710 37 8 the the DET cet-13710 37 9 jet jet NOUN cet-13710 37 10 can can AUX cet-13710 37 11 be be AUX cet-13710 37 12 calculated calculate VERB cet-13710 37 13 using use VERB cet-13710 37 14 equations equation NOUN cet-13710 37 15 1 1 NUM cet-13710 37 16 - - SYM cet-13710 37 17 4 4 NUM cet-13710 37 18 . . PUNCT cet-13710 38 1 releases release NOUN cet-13710 38 2 are be AUX cet-13710 38 3 under under ADP cet-13710 38 4 expanded expand VERB cet-13710 38 5 when when SCONJ cet-13710 38 6 the the DET cet-13710 38 7 pressure pressure NOUN cet-13710 38 8 at at ADP cet-13710 38 9 the the DET cet-13710 38 10 release release NOUN cet-13710 38 11 location location NOUN cet-13710 38 12 is be AUX cet-13710 38 13 still still ADV cet-13710 38 14 higher high ADJ cet-13710 38 15 than than ADP cet-13710 38 16 the the DET cet-13710 38 17 ambient ambient ADJ cet-13710 38 18 pressure pressure NOUN cet-13710 38 19 ; ; PUNCT cet-13710 38 20 as as ADP cet-13710 38 21 a a DET cet-13710 38 22 rule rule NOUN cet-13710 38 23 of of ADP cet-13710 38 24 thumb thumb NOUN cet-13710 38 25 , , PUNCT cet-13710 38 26 this this PRON cet-13710 38 27 takes take VERB cet-13710 38 28 place place NOUN cet-13710 38 29 for for ADP cet-13710 38 30 reservoir reservoir NOUN cet-13710 38 31 pressures pressure NOUN cet-13710 38 32 higher high ADJ cet-13710 38 33 than than ADP cet-13710 38 34 2bar 2bar PROPN cet-13710 38 35 . . PUNCT cet-13710 39 1 the the DET cet-13710 39 2 flow flow NOUN cet-13710 39 3 is be AUX cet-13710 39 4 choked choke VERB cet-13710 39 5 at at ADP cet-13710 39 6 the the DET cet-13710 39 7 hole hole NOUN cet-13710 39 8 location location NOUN cet-13710 39 9 ( ( PUNCT cet-13710 39 10 at at ADP cet-13710 39 11 sonic sonic ADJ cet-13710 39 12 speed speed NOUN cet-13710 39 13 , , PUNCT cet-13710 39 14 mach mach NOUN cet-13710 39 15 number number NOUN cet-13710 39 16 equals equal VERB cet-13710 39 17 1 1 NUM cet-13710 39 18 ) ) PUNCT cet-13710 39 19 and and CCONJ cet-13710 39 20 expands expand VERB cet-13710 39 21 further far ADV cet-13710 39 22 to to ADP cet-13710 39 23 ambient ambient ADJ cet-13710 39 24 pressure pressure NOUN cet-13710 39 25 at at ADP cet-13710 39 26 supersonic supersonic ADJ cet-13710 39 27 speed speed NOUN cet-13710 39 28 . . PUNCT cet-13710 40 1 due due ADP cet-13710 40 2 to to ADP cet-13710 40 3 compression compression VERB cet-13710 40 4 waves wave NOUN cet-13710 40 5 from from ADP cet-13710 40 6 the the DET cet-13710 40 7 interaction interaction NOUN cet-13710 40 8 of of ADP cet-13710 40 9 the the DET cet-13710 40 10 strongly strongly ADV cet-13710 40 11 diverging diverging ADJ cet-13710 40 12 flow flow NOUN cet-13710 40 13 with with ADP cet-13710 40 14 the the DET cet-13710 40 15 ambient ambient ADJ cet-13710 40 16 flow flow NOUN cet-13710 40 17 , , PUNCT cet-13710 40 18 the the DET cet-13710 40 19 flow flow NOUN cet-13710 40 20 is be AUX cet-13710 40 21 recompressed recompresse VERB cet-13710 40 22 through through ADP cet-13710 40 23 a a DET cet-13710 40 24 normal normal ADJ cet-13710 40 25 shock shock NOUN cet-13710 40 26 to to ADP cet-13710 40 27 subsonic subsonic ADJ cet-13710 40 28 flow flow NOUN cet-13710 40 29 at at ADP cet-13710 40 30 the the DET cet-13710 40 31 first first ADJ cet-13710 40 32 mach mach NOUN cet-13710 40 33 disk disk NOUN cet-13710 40 34 . . PUNCT cet-13710 41 1 depending depend VERB cet-13710 41 2 on on ADP cet-13710 41 3 the the DET cet-13710 41 4 total total ADJ cet-13710 41 5 pressure pressure NOUN cet-13710 41 6 , , PUNCT cet-13710 41 7 multiple multiple ADJ cet-13710 41 8 expansions expansion NOUN cet-13710 41 9 / / SYM cet-13710 41 10 compressions compression NOUN cet-13710 41 11 through through ADP cet-13710 41 12 normal normal ADJ cet-13710 41 13 shocks shock NOUN cet-13710 41 14 take take VERB cet-13710 41 15 place place NOUN cet-13710 41 16 ( ( PUNCT cet-13710 41 17 shock shock NOUN cet-13710 41 18 train train NOUN cet-13710 41 19 ) ) PUNCT cet-13710 41 20 until until SCONJ cet-13710 41 21 the the DET cet-13710 41 22 flow flow NOUN cet-13710 41 23 passes pass VERB cet-13710 41 24 a a DET cet-13710 41 25 final final ADJ cet-13710 41 26 normal normal ADJ cet-13710 41 27 shock shock NOUN cet-13710 41 28 at at ADP cet-13710 41 29 mach mach NOUN cet-13710 41 30 1 1 NUM cet-13710 41 31 ( ( PUNCT cet-13710 41 32 figure figure VERB cet-13710 41 33 1a 1a NOUN cet-13710 41 34 and and CCONJ cet-13710 41 35 b b X cet-13710 41 36 ) ) PUNCT cet-13710 41 37 . . PUNCT cet-13710 42 1 since since SCONJ cet-13710 42 2 the the DET cet-13710 42 3 total total ADJ cet-13710 42 4 pressure pressure NOUN cet-13710 42 5 in in ADP cet-13710 42 6 the the DET cet-13710 42 7 flow flow NOUN cet-13710 42 8 is be AUX cet-13710 42 9 still still ADV cet-13710 42 10 higher high ADJ cet-13710 42 11 than than ADP cet-13710 42 12 the the DET cet-13710 42 13 equivalent equivalent NOUN cet-13710 42 14 ( ( PUNCT cet-13710 42 15 or or CCONJ cet-13710 42 16 sometimes sometimes ADV cet-13710 42 17 also also ADV cet-13710 42 18 notional notional ADJ cet-13710 42 19 or or CCONJ cet-13710 42 20 fictious fictious ADJ cet-13710 42 21 ) ) PUNCT cet-13710 42 22 , , PUNCT cet-13710 42 23 source source NOUN cet-13710 42 24 condition condition NOUN cet-13710 42 25 has have VERB cet-13710 42 26 to to PART cet-13710 42 27 be be AUX cet-13710 42 28 calculated calculate VERB cet-13710 42 29 as as SCONJ cet-13710 42 30 the the DET cet-13710 42 31 flow flow NOUN cet-13710 42 32 will will AUX cet-13710 42 33 further far ADV cet-13710 42 34 expand expand VERB cet-13710 42 35 outside outside ADP cet-13710 42 36 the the DET cet-13710 42 37 vessel vessel NOUN cet-13710 42 38 leading lead VERB cet-13710 42 39 to to ADP cet-13710 42 40 a a DET cet-13710 42 41 larger large ADJ cet-13710 42 42 release release NOUN cet-13710 42 43 diameter diameter NOUN cet-13710 42 44 and and CCONJ cet-13710 42 45 different different ADJ cet-13710 42 46 flow flow NOUN cet-13710 42 47 conditions condition NOUN cet-13710 42 48 than than ADP cet-13710 42 49 at at ADP cet-13710 42 50 the the DET cet-13710 42 51 original original ADJ cet-13710 42 52 hole hole NOUN cet-13710 42 53 size size NOUN cet-13710 42 54 . . PUNCT cet-13710 43 1 in in ADP cet-13710 43 2 the the DET cet-13710 43 3 past past NOUN cet-13710 43 4 , , PUNCT cet-13710 43 5 many many ADJ cet-13710 43 6 different different ADJ cet-13710 43 7 approaches approach NOUN cet-13710 43 8 have have AUX cet-13710 43 9 been be AUX cet-13710 43 10 developed develop VERB cet-13710 43 11 to to PART cet-13710 43 12 calculate calculate VERB cet-13710 43 13 equivalent equivalent ADJ cet-13710 43 14 ( ( PUNCT cet-13710 43 15 also also ADV cet-13710 43 16 called call VERB cet-13710 43 17 notional notional ADJ cet-13710 43 18 or or CCONJ cet-13710 43 19 fictious fictious ADJ cet-13710 43 20 ) ) PUNCT cet-13710 43 21 source source NOUN cet-13710 43 22 conditions condition NOUN cet-13710 43 23 to to PART cet-13710 43 24 use use VERB cet-13710 43 25 the the DET cet-13710 43 26 jet jet NOUN cet-13710 43 27 models model NOUN cet-13710 43 28 at at ADP cet-13710 43 29 under under ADP cet-13710 43 30 expanded expand VERB cet-13710 43 31 conditions condition NOUN cet-13710 43 32 . . PUNCT cet-13710 44 1 most most ADJ cet-13710 44 2 of of ADP cet-13710 44 3 them they PRON cet-13710 44 4 have have AUX cet-13710 44 5 been be AUX cet-13710 44 6 based base VERB cet-13710 44 7 on on ADP cet-13710 44 8 sonic sonic ADJ cet-13710 44 9 flow flow NOUN cet-13710 44 10 condition condition NOUN cet-13710 44 11 ( ( PUNCT cet-13710 44 12 expanded expand VERB cet-13710 44 13 flow flow NOUN cet-13710 44 14 ) ) PUNCT cet-13710 44 15 at at ADP cet-13710 44 16 the the DET cet-13710 44 17 equivalent equivalent ADJ cet-13710 44 18 release release NOUN cet-13710 44 19 position position NOUN cet-13710 44 20 assuming assume VERB cet-13710 44 21 conservation conservation NOUN cet-13710 44 22 of of ADP cet-13710 44 23 mass mass PROPN cet-13710 44 24 , , PUNCT cet-13710 44 25 26 26 NUM cet-13710 44 26 momentum momentum NOUN cet-13710 44 27 and/or and/or CCONJ cet-13710 44 28 energy energy NOUN cet-13710 44 29 . . PUNCT cet-13710 45 1 this this PRON cet-13710 45 2 equals equal VERB cet-13710 45 3 the the DET cet-13710 45 4 flow flow NOUN cet-13710 45 5 condition condition NOUN cet-13710 45 6 at at ADP cet-13710 45 7 the the DET cet-13710 45 8 final final ADJ cet-13710 45 9 normal normal ADJ cet-13710 45 10 shock shock NOUN cet-13710 45 11 at at ADP cet-13710 45 12 the the DET cet-13710 45 13 end end NOUN cet-13710 45 14 of of ADP cet-13710 45 15 the the DET cet-13710 45 16 shock shock NOUN cet-13710 45 17 train train NOUN cet-13710 45 18 . . PUNCT cet-13710 46 1 for for ADP cet-13710 46 2 highly highly ADV cet-13710 46 3 under under ADP cet-13710 46 4 expanded expand VERB cet-13710 46 5 jets jet NOUN cet-13710 46 6 , , PUNCT cet-13710 46 7 some some DET cet-13710 46 8 authors author NOUN cet-13710 46 9 have have AUX cet-13710 46 10 been be AUX cet-13710 46 11 taken take VERB cet-13710 46 12 the the DET cet-13710 46 13 ( ( PUNCT cet-13710 46 14 subsonic subsonic ADJ cet-13710 46 15 ) ) PUNCT cet-13710 46 16 condition condition NOUN cet-13710 46 17 behind behind ADP cet-13710 46 18 the the DET cet-13710 46 19 normal normal ADJ cet-13710 46 20 shock shock NOUN cet-13710 46 21 of of ADP cet-13710 46 22 the the DET cet-13710 46 23 first first ADJ cet-13710 46 24 mach mach NOUN cet-13710 46 25 disk disk NOUN cet-13710 46 26 . . PUNCT cet-13710 47 1 an an DET cet-13710 47 2 overview overview NOUN cet-13710 47 3 of of ADP cet-13710 47 4 different different ADJ cet-13710 47 5 methods method NOUN cet-13710 47 6 has have AUX cet-13710 47 7 been be AUX cet-13710 47 8 given give VERB cet-13710 47 9 in in ADP cet-13710 47 10 errore errore PROPN cet-13710 47 11 . . PUNCT cet-13710 47 12 l'origine l'origine PROPN cet-13710 47 13 riferimento riferimento PROPN cet-13710 47 14 non non PROPN cet-13710 47 15 Γ¨ Γ¨ PROPN cet-13710 47 16 stata stata PROPN cet-13710 47 17 trovata trovata PROPN cet-13710 47 18 .. .. PUNCT cet-13710 47 19 investigating investigate VERB cet-13710 47 20 different different ADJ cet-13710 47 21 equivalent equivalent ADJ cet-13710 47 22 source source NOUN cet-13710 47 23 condition condition NOUN cet-13710 47 24 models model NOUN cet-13710 47 25 , , PUNCT cet-13710 47 26 it it PRON cet-13710 47 27 was be AUX cet-13710 47 28 observed observe VERB cet-13710 47 29 that that SCONJ cet-13710 47 30 the the DET cet-13710 47 31 agreement agreement NOUN cet-13710 47 32 of of ADP cet-13710 47 33 the the DET cet-13710 47 34 turbulent turbulent ADV cet-13710 47 35 free free ADJ cet-13710 47 36 jet jet NOUN cet-13710 47 37 model model NOUN cet-13710 47 38 was be AUX cet-13710 47 39 not not PART cet-13710 47 40 satisfying satisfy VERB cet-13710 47 41 for for ADP cet-13710 47 42 the the DET cet-13710 47 43 full full ADJ cet-13710 47 44 range range NOUN cet-13710 47 45 from from ADP cet-13710 47 46 expanded expand VERB cet-13710 47 47 to to ADP cet-13710 47 48 highly highly ADV cet-13710 47 49 under under ADP cet-13710 47 50 expanded expand VERB cet-13710 47 51 conditions condition NOUN cet-13710 47 52 without without ADP cet-13710 47 53 adding add VERB cet-13710 47 54 corrections correction NOUN cet-13710 47 55 for for ADP cet-13710 47 56 the the DET cet-13710 47 57 origin origin NOUN cet-13710 47 58 of of ADP cet-13710 47 59 the the DET cet-13710 47 60 release release NOUN cet-13710 47 61 or or CCONJ cet-13710 47 62 modifying modify VERB cet-13710 47 63 the the DET cet-13710 47 64 model model NOUN cet-13710 47 65 constants constant NOUN cet-13710 47 66 ( ( PUNCT cet-13710 47 67 see see VERB cet-13710 47 68 table table NOUN cet-13710 47 69 1 1 NUM cet-13710 47 70 ) ) PUNCT cet-13710 47 71 . . PUNCT cet-13710 48 1 corrections correction NOUN cet-13710 48 2 like like ADP cet-13710 48 3 a a DET cet-13710 48 4 shift shift NOUN cet-13710 48 5 the the DET cet-13710 48 6 origin origin NOUN cet-13710 48 7 are be AUX cet-13710 48 8 included include VERB cet-13710 48 9 in in ADP cet-13710 48 10 some some DET cet-13710 48 11 models model NOUN cet-13710 48 12 but but CCONJ cet-13710 48 13 are be AUX cet-13710 48 14 usually usually ADV cet-13710 48 15 fitted fit VERB cet-13710 48 16 to to ADP cet-13710 48 17 experimental experimental ADJ cet-13710 48 18 data datum NOUN cet-13710 48 19 , , PUNCT cet-13710 48 20 are be AUX cet-13710 48 21 pressure pressure NOUN cet-13710 48 22 dependent dependent ADJ cet-13710 48 23 and and CCONJ cet-13710 48 24 usually usually ADV cet-13710 48 25 require require VERB cet-13710 48 26 different different ADJ cet-13710 48 27 corrections correction NOUN cet-13710 48 28 for for ADP cet-13710 48 29 velocity velocity NOUN cet-13710 48 30 and and CCONJ cet-13710 48 31 concentration concentration NOUN cet-13710 48 32 . . PUNCT cet-13710 49 1 therefore therefore ADV cet-13710 49 2 , , PUNCT cet-13710 49 3 a a DET cet-13710 49 4 different different ADJ cet-13710 49 5 approach approach NOUN cet-13710 49 6 was be AUX cet-13710 49 7 developed develop VERB cet-13710 49 8 for for ADP cet-13710 49 9 equivalent equivalent ADJ cet-13710 49 10 source source NOUN cet-13710 49 11 conditions condition NOUN cet-13710 49 12 : : PUNCT cet-13710 49 13 figure figure NOUN cet-13710 49 14 1a 1a PROPN cet-13710 49 15 ( ( PUNCT cet-13710 49 16 left leave VERB cet-13710 49 17 ): ): PUNCT cet-13710 49 18 first first ADJ cet-13710 49 19 shock shock NOUN cet-13710 49 20 cell cell NOUN cet-13710 49 21 in in ADP cet-13710 49 22 highly highly ADV cet-13710 49 23 under under ADP cet-13710 49 24 expanded expand VERB cet-13710 49 25 jet jet NOUN cet-13710 49 26 ( ( PUNCT cet-13710 49 27 christ christ PROPN cet-13710 49 28 1966 1966 NUM cet-13710 49 29 ) ) PUNCT cet-13710 49 30 ; ; PUNCT cet-13710 49 31 1b 1b NUM cet-13710 49 32 ( ( PUNCT cet-13710 49 33 right right ADV cet-13710 49 34 ): ): PUNCT cet-13710 49 35 shock shock NOUN cet-13710 49 36 train train NOUN cet-13710 49 37 in in ADP cet-13710 49 38 under under ADP cet-13710 49 39 expanded expand VERB cet-13710 49 40 jet jet NOUN cet-13710 49 41 , , PUNCT cet-13710 49 42 taken take VERB cet-13710 49 43 from from ADP cet-13710 49 44 ( ( PUNCT cet-13710 49 45 donaldson donaldson PROPN cet-13710 49 46 1971 1971 NUM cet-13710 49 47 ) ) PUNCT cet-13710 49 48 at at ADP cet-13710 49 49 highly highly ADV cet-13710 49 50 under under ADP cet-13710 49 51 expanded expand VERB cet-13710 49 52 conditions condition NOUN cet-13710 49 53 , , PUNCT cet-13710 49 54 the the DET cet-13710 49 55 shock shock NOUN cet-13710 49 56 train train NOUN cet-13710 49 57 ( ( PUNCT cet-13710 49 58 between between ADP cet-13710 49 59 position position NOUN cet-13710 49 60 2 2 NUM cet-13710 49 61 and and CCONJ cet-13710 49 62 3 3 NUM cet-13710 49 63 in in ADP cet-13710 49 64 figure figure NOUN cet-13710 49 65 1b 1b NUM cet-13710 49 66 ) ) PUNCT cet-13710 49 67 can can AUX cet-13710 49 68 be be AUX cet-13710 49 69 quite quite ADV cet-13710 49 70 long long ADJ cet-13710 49 71 since since SCONJ cet-13710 49 72 the the DET cet-13710 49 73 flow flow NOUN cet-13710 49 74 has have VERB cet-13710 49 75 to to PART cet-13710 49 76 dissipate dissipate VERB cet-13710 49 77 the the DET cet-13710 49 78 total total ADJ cet-13710 49 79 pressure pressure NOUN cet-13710 49 80 to to ADP cet-13710 49 81 ambient ambient ADJ cet-13710 49 82 conditions condition NOUN cet-13710 49 83 . . PUNCT cet-13710 50 1 compared compare VERB cet-13710 50 2 with with ADP cet-13710 50 3 the the DET cet-13710 50 4 release release NOUN cet-13710 50 5 diameter diameter NOUN cet-13710 50 6 , , PUNCT cet-13710 50 7 the the DET cet-13710 50 8 shock shock NOUN cet-13710 50 9 train train NOUN cet-13710 50 10 can can AUX cet-13710 50 11 be be AUX cet-13710 50 12 much much ADV cet-13710 50 13 longer long ADJ cet-13710 50 14 ( ( PUNCT cet-13710 50 15 > > SYM cet-13710 50 16 30 30 NUM cet-13710 50 17 - - SYM cet-13710 50 18 50 50 NUM cet-13710 50 19 diameter diameter NOUN cet-13710 50 20 ) ) PUNCT cet-13710 50 21 as as SCONJ cet-13710 50 22 shown show VERB cet-13710 50 23 by by ADP cet-13710 50 24 bonelli bonelli PROPN cet-13710 50 25 ( ( PUNCT cet-13710 50 26 2013 2013 NUM cet-13710 50 27 ) ) PUNCT cet-13710 50 28 for for ADP cet-13710 50 29 hydrogen hydrogen NOUN cet-13710 50 30 jets jet NOUN cet-13710 50 31 at at ADP cet-13710 50 32 a a DET cet-13710 50 33 pressure pressure NOUN cet-13710 50 34 ratio ratio NOUN cet-13710 50 35 of of ADP cet-13710 50 36 15 15 NUM cet-13710 50 37 . . PUNCT cet-13710 51 1 entrainment entrainment NOUN cet-13710 51 2 at at ADP cet-13710 51 3 the the DET cet-13710 51 4 outer outer ADJ cet-13710 51 5 shear shear NOUN cet-13710 51 6 layers layer NOUN cet-13710 51 7 will will AUX cet-13710 51 8 already already ADV cet-13710 51 9 take take VERB cet-13710 51 10 place place NOUN cet-13710 51 11 before before SCONJ cet-13710 51 12 the the DET cet-13710 51 13 flow flow NOUN cet-13710 51 14 is be AUX cet-13710 51 15 fully fully ADV cet-13710 51 16 expanded expand VERB cet-13710 51 17 to to ADP cet-13710 51 18 ambient ambient ADJ cet-13710 51 19 pressure pressure NOUN cet-13710 51 20 . . PUNCT cet-13710 52 1 therefore therefore ADV cet-13710 52 2 , , PUNCT cet-13710 52 3 the the DET cet-13710 52 4 new new ADJ cet-13710 52 5 model model NOUN cet-13710 52 6 in in ADP cet-13710 52 7 effects effect NOUN cet-13710 52 8 v12 v12 VERB cet-13710 52 9 expands expand VERB cet-13710 52 10 the the DET cet-13710 52 11 flow flow NOUN cet-13710 52 12 to to ADP cet-13710 52 13 the the DET cet-13710 52 14 condition condition NOUN cet-13710 52 15 in in ADP cet-13710 52 16 front front NOUN cet-13710 52 17 of of ADP cet-13710 52 18 the the DET cet-13710 52 19 first first ADJ cet-13710 52 20 mach mach NOUN cet-13710 52 21 disk disk NOUN cet-13710 52 22 where where SCONJ cet-13710 52 23 the the DET cet-13710 52 24 flow flow NOUN cet-13710 52 25 is be AUX cet-13710 52 26 fully fully ADV cet-13710 52 27 expanded expand VERB cet-13710 52 28 to to ADP cet-13710 52 29 ambient ambient ADJ cet-13710 52 30 pressure pressure NOUN cet-13710 52 31 ( ( PUNCT cet-13710 52 32 position position NOUN cet-13710 52 33 2 2 NUM cet-13710 52 34 in in ADP cet-13710 52 35 figure figure NOUN cet-13710 52 36 1b 1b NUM cet-13710 52 37 ) ) PUNCT cet-13710 52 38 ; ; PUNCT cet-13710 52 39 here here ADV cet-13710 52 40 the the DET cet-13710 52 41 equivalent equivalent ADJ cet-13710 52 42 source source NOUN cet-13710 52 43 is be AUX cet-13710 52 44 located locate VERB cet-13710 52 45 . . PUNCT cet-13710 53 1 the the DET cet-13710 53 2 corresponding correspond VERB cet-13710 53 3 diameter diameter NOUN cet-13710 53 4 obtained obtain VERB cet-13710 53 5 by by ADP cet-13710 53 6 conservation conservation NOUN cet-13710 53 7 of of ADP cet-13710 53 8 mass mass NOUN cet-13710 53 9 serves serve VERB cet-13710 53 10 as as ADP cet-13710 53 11 equivalent equivalent ADJ cet-13710 53 12 source source NOUN cet-13710 53 13 diameter diameter NOUN cet-13710 53 14 . . PUNCT cet-13710 54 1 usually usually ADV cet-13710 54 2 , , PUNCT cet-13710 54 3 at at ADP cet-13710 54 4 highly highly ADV cet-13710 54 5 under under ADP cet-13710 54 6 expanded expand VERB cet-13710 54 7 conditions condition NOUN cet-13710 54 8 , , PUNCT cet-13710 54 9 this this PRON cet-13710 54 10 corresponds correspond VERB cet-13710 54 11 to to ADP cet-13710 54 12 a a DET cet-13710 54 13 static static ADJ cet-13710 54 14 pressure pressure NOUN cet-13710 54 15 of of ADP cet-13710 54 16 1 1 NUM cet-13710 54 17 bar bar NOUN cet-13710 54 18 , , PUNCT cet-13710 54 19 a a DET cet-13710 54 20 mach mach NOUN cet-13710 54 21 number number NOUN cet-13710 54 22 much much ADV cet-13710 54 23 larger large ADJ cet-13710 54 24 than than ADP cet-13710 54 25 one one NUM cet-13710 54 26 and and CCONJ cet-13710 54 27 a a DET cet-13710 54 28 static static ADJ cet-13710 54 29 temperature temperature NOUN cet-13710 54 30 lower lower ADV cet-13710 54 31 compared compare VERB cet-13710 54 32 to to ADP cet-13710 54 33 the the DET cet-13710 54 34 one one NOUN cet-13710 54 35 at at ADP cet-13710 54 36 the the DET cet-13710 54 37 release release NOUN cet-13710 54 38 location location NOUN cet-13710 54 39 ( ( PUNCT cet-13710 54 40 position position NOUN cet-13710 54 41 1 1 NUM cet-13710 54 42 in in ADP cet-13710 54 43 figure figure NOUN cet-13710 54 44 1b 1b NUM cet-13710 54 45 ) ) PUNCT cet-13710 54 46 . . PUNCT cet-13710 55 1 although although SCONJ cet-13710 55 2 the the DET cet-13710 55 3 static static ADJ cet-13710 55 4 pressure pressure NOUN cet-13710 55 5 is be AUX cet-13710 55 6 at at ADP cet-13710 55 7 ambient ambient ADJ cet-13710 55 8 pressure pressure NOUN cet-13710 55 9 ( ( PUNCT cet-13710 55 10 1bar 1bar NOUN cet-13710 55 11 ) ) PUNCT cet-13710 55 12 , , PUNCT cet-13710 55 13 the the DET cet-13710 55 14 total total ADJ cet-13710 55 15 pressure pressure NOUN cet-13710 55 16 at at ADP cet-13710 55 17 the the DET cet-13710 55 18 equivalent equivalent ADJ cet-13710 55 19 source source NOUN cet-13710 55 20 is be AUX cet-13710 55 21 still still ADV cet-13710 55 22 higher high ADJ cet-13710 55 23 than than ADP cet-13710 55 24 the the DET cet-13710 55 25 ambient ambient ADJ cet-13710 55 26 pressure pressure NOUN cet-13710 55 27 since since SCONJ cet-13710 55 28 the the DET cet-13710 55 29 expansion expansion NOUN cet-13710 55 30 will will AUX cet-13710 55 31 take take VERB cet-13710 55 32 place place NOUN cet-13710 55 33 further far ADV cet-13710 55 34 downstream downstream ADV cet-13710 55 35 by by ADP cet-13710 55 36 the the DET cet-13710 55 37 shock shock NOUN cet-13710 55 38 train train NOUN cet-13710 55 39 . . PUNCT cet-13710 56 1 as as SCONJ cet-13710 56 2 mentioned mention VERB cet-13710 56 3 before before ADV cet-13710 56 4 , , PUNCT cet-13710 56 5 the the DET cet-13710 56 6 entrainment entrainment NOUN cet-13710 56 7 of of ADP cet-13710 56 8 ambient ambient ADJ cet-13710 56 9 air air NOUN cet-13710 56 10 also also ADV cet-13710 56 11 takes take VERB cet-13710 56 12 place place NOUN cet-13710 56 13 at at ADP cet-13710 56 14 the the DET cet-13710 56 15 shear shear NOUN cet-13710 56 16 layers layer NOUN cet-13710 56 17 in in ADP cet-13710 56 18 the the DET cet-13710 56 19 shock shock NOUN cet-13710 56 20 train train NOUN cet-13710 56 21 region region NOUN cet-13710 56 22 , , PUNCT cet-13710 56 23 in in ADP cet-13710 56 24 particular particular ADJ cet-13710 56 25 for for ADP cet-13710 56 26 highly highly ADV cet-13710 56 27 under under ADP cet-13710 56 28 expanded expand VERB cet-13710 56 29 flow flow NOUN cet-13710 56 30 . . PUNCT cet-13710 57 1 since since SCONJ cet-13710 57 2 the the DET cet-13710 57 3 equivalent equivalent ADJ cet-13710 57 4 source source NOUN cet-13710 57 5 location location NOUN cet-13710 57 6 in in ADP cet-13710 57 7 front front NOUN cet-13710 57 8 of of ADP cet-13710 57 9 the the DET cet-13710 57 10 shock shock NOUN cet-13710 57 11 train train NOUN cet-13710 57 12 , , PUNCT cet-13710 57 13 this this DET cet-13710 57 14 effect effect NOUN cet-13710 57 15 will will AUX cet-13710 57 16 implicitly implicitly ADV cet-13710 57 17 be be AUX cet-13710 57 18 taken take VERB cet-13710 57 19 into into ADP cet-13710 57 20 account account NOUN cet-13710 57 21 by by ADP cet-13710 57 22 the the DET cet-13710 57 23 new new ADJ cet-13710 57 24 model model NOUN cet-13710 57 25 applied apply VERB cet-13710 57 26 to to ADP cet-13710 57 27 the the DET cet-13710 57 28 turbulent turbulent ADV cet-13710 57 29 free free ADJ cet-13710 57 30 jet jet NOUN cet-13710 57 31 model model NOUN cet-13710 57 32 . . PUNCT cet-13710 58 1 based base VERB cet-13710 58 2 on on ADP cet-13710 58 3 this this DET cet-13710 58 4 hypothesis hypothesis NOUN cet-13710 58 5 , , PUNCT cet-13710 58 6 the the DET cet-13710 58 7 equivalent equivalent ADJ cet-13710 58 8 source source NOUN cet-13710 58 9 conditions condition NOUN cet-13710 58 10 of of ADP cet-13710 58 11 the the DET cet-13710 58 12 new new ADJ cet-13710 58 13 model model NOUN cet-13710 58 14 are be AUX cet-13710 58 15 given give VERB cet-13710 58 16 by by ADP cet-13710 58 17 a a DET cet-13710 58 18 consistent consistent ADJ cet-13710 58 19 set set NOUN cet-13710 58 20 of of ADP cet-13710 58 21 conditions condition NOUN cet-13710 58 22 ( ( PUNCT cet-13710 58 23 position position NOUN cet-13710 58 24 2 2 NUM cet-13710 58 25 in in ADP cet-13710 58 26 figure figure NOUN cet-13710 58 27 1b 1b NUM cet-13710 58 28 ) ) PUNCT cet-13710 58 29 ; ; PUNCT cet-13710 58 30 the the DET cet-13710 58 31 equations equation NOUN cet-13710 58 32 are be AUX cet-13710 58 33 given give VERB cet-13710 58 34 applying apply VERB cet-13710 58 35 the the DET cet-13710 58 36 ideal ideal ADJ cet-13710 58 37 gas gas NOUN cet-13710 58 38 law law NOUN cet-13710 58 39 . . PUNCT cet-13710 59 1 the the DET cet-13710 59 2 equivalent equivalent ADJ cet-13710 59 3 density density NOUN cet-13710 59 4 which which PRON cet-13710 59 5 is be AUX cet-13710 59 6 the the DET cet-13710 59 7 density density NOUN cet-13710 59 8 at at ADP cet-13710 59 9 the the DET cet-13710 59 10 new new ADJ cet-13710 59 11 expanded expand VERB cet-13710 59 12 position position NOUN cet-13710 59 13 ( ( PUNCT cet-13710 59 14 position position NOUN cet-13710 59 15 2 2 NUM cet-13710 59 16 in in ADP cet-13710 59 17 figure figure NOUN cet-13710 59 18 1b 1b NUM cet-13710 59 19 ) ) PUNCT cet-13710 59 20 can can AUX cet-13710 59 21 be be AUX cet-13710 59 22 calculated calculate VERB cet-13710 59 23 directly directly ADV cet-13710 59 24 by by ADP cet-13710 59 25 an an DET cet-13710 59 26 isentropic isentropic ADJ cet-13710 59 27 expansion expansion NOUN cet-13710 59 28 from from ADP cet-13710 59 29 the the DET cet-13710 59 30 reservoir reservoir NOUN cet-13710 59 31 condition condition NOUN cet-13710 59 32 ( ( PUNCT cet-13710 59 33 position position NOUN cet-13710 59 34 0 0 NUM cet-13710 59 35 in in ADP cet-13710 59 36 figure figure NOUN cet-13710 59 37 1b 1b NUM cet-13710 59 38 ): ): PUNCT cet-13710 59 39 πœŒπ‘’π‘ž πœŒπ‘’π‘ž X cet-13710 59 40 = = SYM cet-13710 59 41 𝜌2 𝜌2 ADJ cet-13710 59 42 = = SYM cet-13710 59 43 𝜌0 𝜌0 PROPN cet-13710 59 44 ( ( PUNCT cet-13710 59 45 π‘π‘Ž π‘π‘Ž ADP cet-13710 59 46 𝑝0 𝑝0 NOUN cet-13710 59 47 ) ) PUNCT cet-13710 59 48 1 1 NUM cet-13710 59 49 𝛾 𝛾 NOUN cet-13710 59 50 ( ( PUNCT cet-13710 59 51 5 5 NUM cet-13710 59 52 ) ) PUNCT cet-13710 59 53 π‘π‘Ž π‘π‘Ž X cet-13710 59 54 is be AUX cet-13710 59 55 the the DET cet-13710 59 56 ambient ambient ADJ cet-13710 59 57 pressure pressure NOUN cet-13710 59 58 . . PUNCT cet-13710 60 1 𝑝0 𝑝0 NOUN cet-13710 60 2 and and CCONJ cet-13710 60 3 𝜌0 𝜌0 PROPN cet-13710 60 4 are be AUX cet-13710 60 5 the the DET cet-13710 60 6 storage storage NOUN cet-13710 60 7 pressure pressure NOUN cet-13710 60 8 and and CCONJ cet-13710 60 9 density density NOUN cet-13710 60 10 . . PUNCT cet-13710 61 1 conservation conservation NOUN cet-13710 61 2 of of ADP cet-13710 61 3 energy energy NOUN cet-13710 61 4 is be AUX cet-13710 61 5 applied apply VERB cet-13710 61 6 to to PART cet-13710 61 7 calculate calculate VERB cet-13710 61 8 the the DET cet-13710 61 9 velocity velocity NOUN cet-13710 61 10 at at ADP cet-13710 61 11 position position NOUN cet-13710 61 12 2 2 NUM cet-13710 61 13 : : PUNCT cet-13710 62 1 π‘’π‘’π‘ž π‘’π‘’π‘ž PROPN cet-13710 62 2 = = PROPN cet-13710 62 3 𝑒2 𝑒2 PROPN cet-13710 62 4 = = PROPN cet-13710 62 5 √2 √2 PROPN cet-13710 62 6 ( ( PUNCT cet-13710 62 7 1 1 NUM cet-13710 62 8 2 2 NUM cet-13710 62 9 𝑐1 𝑐1 NOUN cet-13710 62 10 2 2 NUM cet-13710 62 11 + + CCONJ cet-13710 62 12 𝐢𝑝𝑠 𝐢𝑝𝑠 PROPN cet-13710 62 13 ( ( PUNCT cet-13710 62 14 𝑇0 𝑇0 NOUN cet-13710 62 15 2 2 NUM cet-13710 62 16 𝛾+1 𝛾+1 NOUN cet-13710 62 17 βˆ’ βˆ’ NOUN cet-13710 62 18 π‘π‘Ž π‘π‘Ž CCONJ cet-13710 62 19 πœŒπ‘’π‘ž πœŒπ‘’π‘ž ADJ cet-13710 62 20 𝑅𝑠 𝑅𝑠 PROPN cet-13710 62 21 ) ) PUNCT cet-13710 62 22 ) ) PUNCT cet-13710 62 23 ( ( PUNCT cet-13710 62 24 6 6 NUM cet-13710 62 25 ) ) PUNCT cet-13710 62 26 with with ADP cet-13710 62 27 the the DET cet-13710 62 28 speed speed NOUN cet-13710 62 29 of of ADP cet-13710 62 30 sound sound ADJ cet-13710 62 31 𝑐1 𝑐1 NOUN cet-13710 62 32 = = PUNCT cet-13710 62 33 βˆšπ›Ύ βˆšπ›Ύ PUNCT cet-13710 62 34 𝑅𝑠 𝑅𝑠 ADP cet-13710 62 35 𝑇1 𝑇1 NOUN cet-13710 62 36 and and CCONJ cet-13710 62 37 temperature temperature NOUN cet-13710 62 38 𝑇1 𝑇1 NOUN cet-13710 62 39 = = PUNCT cet-13710 62 40 𝑇0 𝑇0 VERB cet-13710 62 41 2 2 NUM cet-13710 62 42 𝛾+1 𝛾+1 NOUN cet-13710 62 43 at at ADP cet-13710 62 44 point point NOUN cet-13710 62 45 1 1 NUM cet-13710 62 46 . . PUNCT cet-13710 63 1 ( ( PUNCT cet-13710 63 2 7 7 X cet-13710 63 3 ) ) PUNCT cet-13710 63 4 𝛾 𝛾 NOUN cet-13710 63 5 is be AUX cet-13710 63 6 the the DET cet-13710 63 7 ratio ratio NOUN cet-13710 63 8 of of ADP cet-13710 63 9 specific specific ADJ cet-13710 63 10 heat heat NOUN cet-13710 63 11 , , PUNCT cet-13710 63 12 𝐢𝑝𝑠 𝐢𝑝𝑠 PROPN cet-13710 63 13 the the DET cet-13710 63 14 specific specific ADJ cet-13710 63 15 heat heat NOUN cet-13710 63 16 capacity capacity NOUN cet-13710 63 17 and and CCONJ cet-13710 63 18 𝑅𝑠 𝑅𝑠 ADP cet-13710 63 19 the the DET cet-13710 63 20 specific specific ADJ cet-13710 63 21 gas gas NOUN cet-13710 63 22 constant constant NOUN cet-13710 63 23 of of ADP cet-13710 63 24 the the DET cet-13710 63 25 source source NOUN cet-13710 63 26 . . PUNCT cet-13710 64 1 applying apply VERB cet-13710 64 2 conservation conservation NOUN cet-13710 64 3 of of ADP cet-13710 64 4 mass mass NOUN cet-13710 64 5 and and CCONJ cet-13710 64 6 the the DET cet-13710 64 7 ( ( PUNCT cet-13710 64 8 sonic sonic ADJ cet-13710 64 9 ) ) PUNCT cet-13710 64 10 conditions condition NOUN cet-13710 64 11 at at ADP cet-13710 64 12 the the DET cet-13710 64 13 physical physical ADJ cet-13710 64 14 hole hole NOUN cet-13710 64 15 ( ( PUNCT cet-13710 64 16 position position NOUN cet-13710 64 17 1 1 NUM cet-13710 64 18 in in ADP cet-13710 64 19 figure figure NOUN cet-13710 64 20 1b 1b NUM cet-13710 64 21 ) ) PUNCT cet-13710 64 22 the the DET cet-13710 64 23 required require VERB cet-13710 64 24 expanded expand VERB cet-13710 64 25 diameter diameter NOUN cet-13710 64 26 can can AUX cet-13710 64 27 be be AUX cet-13710 64 28 calculated calculate VERB cet-13710 64 29 as as ADP cet-13710 64 30 : : PUNCT cet-13710 64 31 π‘Ÿπ‘’π‘ž π‘Ÿπ‘’π‘ž VERB cet-13710 64 32 = = NOUN cet-13710 64 33 π‘Ÿ2 π‘Ÿ2 NOUN cet-13710 64 34 = = SYM cet-13710 64 35 √ √ NUM cet-13710 64 36 οΏ½ οΏ½ PROPN cet-13710 64 37 Μ‡ Μ‡ PROPN cet-13710 64 38 οΏ½ οΏ½ PROPN cet-13710 64 39 πœ‹ πœ‹ ADP cet-13710 64 40 𝑒2 𝑒2 PROPN cet-13710 64 41 πœŒπ‘’π‘ž πœŒπ‘’π‘ž NOUN cet-13710 64 42 ( ( PUNCT cet-13710 64 43 8) 8) NUM cet-13710 64 44 the the DET cet-13710 64 45 equivalent equivalent ADJ cet-13710 64 46 temperature temperature NOUN cet-13710 64 47 and and CCONJ cet-13710 64 48 mach mach NOUN cet-13710 64 49 number number NOUN cet-13710 64 50 are be AUX cet-13710 64 51 : : PUNCT cet-13710 65 1 π‘‡π‘’π‘ž π‘‡π‘’π‘ž NOUN cet-13710 65 2 = = SYM cet-13710 65 3 𝑇2 𝑇2 PROPN cet-13710 65 4 = = PUNCT cet-13710 65 5 π‘π‘Ž π‘π‘Ž NOUN cet-13710 65 6 𝜌2 𝜌2 ADJ cet-13710 65 7 𝑅𝑠 𝑅𝑠 PROPN cet-13710 65 8 = = PUNCT cet-13710 65 9 π‘π‘Ž π‘π‘Ž ADV cet-13710 65 10 πœŒπ‘’π‘ž πœŒπ‘’π‘ž X cet-13710 66 1 𝑅𝑠 𝑅𝑠 PROPN cet-13710 66 2 ( ( PUNCT cet-13710 66 3 9 9 NUM cet-13710 66 4 ) ) PUNCT cet-13710 66 5 π‘€π‘Žπ‘’π‘ž π‘€π‘Žπ‘’π‘ž PROPN cet-13710 66 6 = = SYM cet-13710 66 7 π‘€π‘Ž2 π‘€π‘Ž2 ADJ cet-13710 66 8 = = PROPN cet-13710 66 9 𝑒2 𝑒2 PROPN cet-13710 66 10 βˆšπ›Ύ βˆšπ›Ύ PUNCT cet-13710 67 1 𝑅𝑠 𝑅𝑠 ADP cet-13710 67 2 𝑇2 𝑇2 NOUN cet-13710 67 3 ( ( PUNCT cet-13710 67 4 10 10 NUM cet-13710 67 5 ) ) PUNCT cet-13710 67 6 27 27 NUM cet-13710 67 7 the the DET cet-13710 67 8 mass mass NOUN cet-13710 67 9 flow flow NOUN cet-13710 67 10 rate rate NOUN cet-13710 67 11 is be AUX cet-13710 67 12 conserved conserve VERB cet-13710 67 13 throughout throughout ADP cet-13710 67 14 the the DET cet-13710 67 15 domain domain NOUN cet-13710 67 16 : : PUNCT cet-13710 67 17 οΏ½ οΏ½ NOUN cet-13710 67 18 Μ‡ Μ‡ PROPN cet-13710 67 19 οΏ½ οΏ½ PROPN cet-13710 67 20 = = PUNCT cet-13710 67 21 𝜌1𝑒1πœ‹ 𝜌1𝑒1πœ‹ SYM cet-13710 67 22 𝐢𝑑 𝐢𝑑 PROPN cet-13710 67 23 π‘Ÿ1 π‘Ÿ1 NOUN cet-13710 67 24 2 2 NUM cet-13710 67 25 = = SYM cet-13710 67 26 𝜌2 𝜌2 ADJ cet-13710 67 27 𝑒2 𝑒2 PROPN cet-13710 67 28 πœ‹ πœ‹ NOUN cet-13710 67 29 π‘Ÿ2 π‘Ÿ2 NOUN cet-13710 67 30 2 2 NUM cet-13710 67 31 ( ( PUNCT cet-13710 67 32 11 11 NUM cet-13710 67 33 ) ) PUNCT cet-13710 67 34 with with ADP cet-13710 67 35 𝐢𝑑 𝐢𝑑 PROPN cet-13710 67 36 being be AUX cet-13710 67 37 the the DET cet-13710 67 38 discharge discharge NOUN cet-13710 67 39 coefficient coefficient NOUN cet-13710 67 40 . . PUNCT cet-13710 68 1 the the DET cet-13710 68 2 density density NOUN cet-13710 68 3 at at ADP cet-13710 68 4 the the DET cet-13710 68 5 release release NOUN cet-13710 68 6 location location NOUN cet-13710 68 7 ( ( PUNCT cet-13710 68 8 hole hole NOUN cet-13710 68 9 , , PUNCT cet-13710 68 10 position position NOUN cet-13710 68 11 1 1 NUM cet-13710 68 12 in in ADP cet-13710 68 13 figure figure NOUN cet-13710 68 14 1b 1b NUM cet-13710 68 15 ) ) PUNCT cet-13710 68 16 is be AUX cet-13710 68 17 : : PUNCT cet-13710 68 18 𝜌1 𝜌1 NOUN cet-13710 68 19 = = SYM cet-13710 68 20 𝜌0 𝜌0 PROPN cet-13710 68 21 ( ( PUNCT cet-13710 68 22 2 2 NUM cet-13710 68 23 𝛾+1 𝛾+1 NUM cet-13710 68 24 ) ) PUNCT cet-13710 68 25 1 1 NUM cet-13710 68 26 π›Ύβˆ’1 π›Ύβˆ’1 PROPN cet-13710 68 27 ( ( PUNCT cet-13710 68 28 12 12 NUM cet-13710 68 29 ) ) PUNCT cet-13710 68 30 3 3 NUM cet-13710 68 31 . . NOUN cet-13710 68 32 results result NOUN cet-13710 68 33 to to PART cet-13710 68 34 validate validate VERB cet-13710 68 35 the the DET cet-13710 68 36 new new ADJ cet-13710 68 37 model model NOUN cet-13710 68 38 for for ADP cet-13710 68 39 the the DET cet-13710 68 40 equivalent equivalent ADJ cet-13710 68 41 source source NOUN cet-13710 68 42 conditions condition NOUN cet-13710 68 43 , , PUNCT cet-13710 68 44 a a DET cet-13710 68 45 wide wide ADJ cet-13710 68 46 range range NOUN cet-13710 68 47 of of ADP cet-13710 68 48 experiments experiment NOUN cet-13710 68 49 were be AUX cet-13710 68 50 simulated simulate VERB cet-13710 68 51 with with ADP cet-13710 68 52 effects effect NOUN cet-13710 68 53 v12 v12 VERB cet-13710 68 54 and and CCONJ cet-13710 68 55 compared compare VERB cet-13710 68 56 with with ADP cet-13710 68 57 previous previous ADJ cet-13710 68 58 results result NOUN cet-13710 68 59 from from ADP cet-13710 68 60 effects effect NOUN cet-13710 68 61 v11 v11 NOUN cet-13710 68 62 and and CCONJ cet-13710 68 63 the the DET cet-13710 68 64 experimental experimental ADJ cet-13710 68 65 data datum NOUN cet-13710 68 66 . . PUNCT cet-13710 69 1 this this PRON cet-13710 69 2 includes include VERB cet-13710 69 3 light light NOUN cet-13710 69 4 and and CCONJ cet-13710 69 5 heavy heavy ADJ cet-13710 69 6 gas gas NOUN cet-13710 69 7 releases release NOUN cet-13710 69 8 ranging range VERB cet-13710 69 9 from from ADP cet-13710 69 10 subsonic subsonic ADJ cet-13710 69 11 to to ADP cet-13710 69 12 supersonic supersonic ADJ cet-13710 69 13 releases release NOUN cet-13710 69 14 at at ADP cet-13710 69 15 highly highly ADV cet-13710 69 16 under under ADP cet-13710 69 17 expanded expand VERB cet-13710 69 18 flow flow NOUN cet-13710 69 19 . . PUNCT cet-13710 70 1 3.1 3.1 NUM cet-13710 70 2 under under ADP cet-13710 70 3 expanded expand VERB cet-13710 70 4 flow flow NOUN cet-13710 70 5 conditions condition NOUN cet-13710 70 6 han han PROPN cet-13710 70 7 et et PROPN cet-13710 70 8 al al PROPN cet-13710 70 9 . . PROPN cet-13710 71 1 ( ( PUNCT cet-13710 71 2 2013 2013 NUM cet-13710 71 3 ) ) PUNCT cet-13710 71 4 published publish VERB cet-13710 71 5 data datum NOUN cet-13710 71 6 for for ADP cet-13710 71 7 hydrogen hydrogen NOUN cet-13710 71 8 releases release NOUN cet-13710 71 9 for for ADP cet-13710 71 10 reservoir reservoir NOUN cet-13710 71 11 pressures pressure NOUN cet-13710 71 12 between between ADP cet-13710 71 13 100bar 100bar NUM cet-13710 71 14 and and CCONJ cet-13710 71 15 400bar 400bar NUM cet-13710 71 16 with with ADP cet-13710 71 17 leak leak NOUN cet-13710 71 18 hole hole NOUN cet-13710 71 19 sizes size NOUN cet-13710 71 20 ranging range VERB cet-13710 71 21 from from ADP cet-13710 71 22 0.5 0.5 NUM cet-13710 71 23 mm mm NOUN cet-13710 71 24 to to ADP cet-13710 71 25 1 1 NUM cet-13710 71 26 mm mm NOUN cet-13710 71 27 . . PUNCT cet-13710 72 1 the the DET cet-13710 72 2 simulations simulation NOUN cet-13710 72 3 with with ADP cet-13710 72 4 effects effect NOUN cet-13710 72 5 v12 v12 VERB cet-13710 72 6 show show NOUN cet-13710 72 7 and and CCONJ cet-13710 72 8 excellent excellent ADJ cet-13710 72 9 agreement agreement NOUN cet-13710 72 10 for for ADP cet-13710 72 11 the the DET cet-13710 72 12 concentration concentration NOUN cet-13710 72 13 at at ADP cet-13710 72 14 the the DET cet-13710 72 15 release release NOUN cet-13710 72 16 height height NOUN cet-13710 72 17 compared compare VERB cet-13710 72 18 with with ADP cet-13710 72 19 the the DET cet-13710 72 20 experimental experimental ADJ cet-13710 72 21 data datum NOUN cet-13710 72 22 ; ; PUNCT cet-13710 72 23 the the DET cet-13710 72 24 results result NOUN cet-13710 72 25 from from ADP cet-13710 72 26 effects effect NOUN cet-13710 72 27 v11 v11 NOUN cet-13710 72 28 are be AUX cet-13710 72 29 conservative conservative ADJ cet-13710 72 30 ( ( PUNCT cet-13710 72 31 figure figure NOUN cet-13710 72 32 2a 2a NUM cet-13710 72 33 ) ) PUNCT cet-13710 72 34 . . PUNCT cet-13710 73 1 due due ADP cet-13710 73 2 to to ADP cet-13710 73 3 the the DET cet-13710 73 4 buoyancy buoyancy NOUN cet-13710 73 5 of of ADP cet-13710 73 6 the the DET cet-13710 73 7 plume plume NOUN cet-13710 73 8 the the DET cet-13710 73 9 concentration concentration NOUN cet-13710 73 10 decay decay NOUN cet-13710 73 11 starting start VERB cet-13710 73 12 at at ADP cet-13710 73 13 approximately approximately ADV cet-13710 73 14 x=8 x=8 NOUN cet-13710 73 15 m m VERB cet-13710 73 16 is be AUX cet-13710 73 17 reproduced reproduce VERB cet-13710 73 18 well well ADV cet-13710 73 19 with with ADP cet-13710 73 20 effects effect NOUN cet-13710 73 21 v12 v12 VERB cet-13710 73 22 which which PRON cet-13710 73 23 can can AUX cet-13710 73 24 be be AUX cet-13710 73 25 seen see VERB cet-13710 73 26 clearly clearly ADV cet-13710 73 27 on on ADP cet-13710 73 28 figure figure NOUN cet-13710 73 29 2b 2b NOUN cet-13710 73 30 ( ( PUNCT cet-13710 73 31 in in ADP cet-13710 73 32 double double ADJ cet-13710 73 33 logarithmic logarithmic ADJ cet-13710 73 34 scale scale NOUN cet-13710 73 35 ) ) PUNCT cet-13710 73 36 . . PUNCT cet-13710 74 1 the the DET cet-13710 74 2 data datum NOUN cet-13710 74 3 of of ADP cet-13710 74 4 effects effect NOUN cet-13710 74 5 v11 v11 NOUN cet-13710 74 6 contains contain VERB cet-13710 74 7 only only ADV cet-13710 74 8 the the DET cet-13710 74 9 data datum NOUN cet-13710 74 10 of of ADP cet-13710 74 11 the the DET cet-13710 74 12 turbulent turbulent ADJ cet-13710 74 13 free free ADJ cet-13710 74 14 jet jet NOUN cet-13710 74 15 in in ADP cet-13710 74 16 the the DET cet-13710 74 17 non non ADJ cet-13710 74 18 - - ADJ cet-13710 74 19 buoyant buoyant ADJ cet-13710 74 20 region region NOUN cet-13710 74 21 . . PUNCT cet-13710 75 1 simulation simulation NOUN cet-13710 75 2 results result VERB cet-13710 75 3 from from ADP cet-13710 75 4 the the DET cet-13710 75 5 other other ADJ cet-13710 75 6 experiments experiment NOUN cet-13710 75 7 ( ( PUNCT cet-13710 75 8 0.7 0.7 NUM cet-13710 75 9 mm mm NOUN cet-13710 75 10 and and CCONJ cet-13710 75 11 0.5 0.5 NUM cet-13710 75 12 mm mm PROPN cet-13710 75 13 hole hole NOUN cet-13710 75 14 at at ADP cet-13710 75 15 100bar 100bar NUM cet-13710 75 16 and and CCONJ cet-13710 75 17 400bar 400bar NUM cet-13710 75 18 ) ) PUNCT cet-13710 75 19 also also ADV cet-13710 75 20 show show VERB cet-13710 75 21 excellent excellent ADJ cet-13710 75 22 agreement agreement NOUN cet-13710 75 23 with with ADP cet-13710 75 24 the the DET cet-13710 75 25 experimental experimental ADJ cet-13710 75 26 data datum NOUN cet-13710 75 27 ( ( PUNCT cet-13710 75 28 not not PART cet-13710 75 29 shown show VERB cet-13710 75 30 here here ADV cet-13710 75 31 ) ) PUNCT cet-13710 75 32 . . PUNCT cet-13710 76 1 figure figure NOUN cet-13710 76 2 2a 2a NUM cet-13710 76 3 ( ( PUNCT cet-13710 76 4 left leave VERB cet-13710 76 5 ): ): PUNCT cet-13710 76 6 comparison comparison NOUN cet-13710 76 7 of of ADP cet-13710 76 8 simulations simulation NOUN cet-13710 76 9 of of ADP cet-13710 76 10 hydrogen hydrogen NOUN cet-13710 76 11 release release NOUN cet-13710 76 12 at at ADP cet-13710 76 13 100bar 100bar NUM cet-13710 76 14 from from ADP cet-13710 76 15 1 1 NUM cet-13710 76 16 mm mm PROPN cet-13710 76 17 hole hole NOUN cet-13710 76 18 ( ( PUNCT cet-13710 76 19 han han NOUN cet-13710 76 20 2013 2013 NUM cet-13710 76 21 ) ) PUNCT cet-13710 76 22 . . PUNCT cet-13710 77 1 figure figure NOUN cet-13710 77 2 2b 2b NOUN cet-13710 77 3 ( ( PUNCT cet-13710 77 4 right right ADJ cet-13710 77 5 ): ): PUNCT cet-13710 77 6 data datum NOUN cet-13710 77 7 in in ADP cet-13710 77 8 figure figure NOUN cet-13710 77 9 2b 2b NOUN cet-13710 77 10 using use VERB cet-13710 77 11 a a DET cet-13710 77 12 double double ADJ cet-13710 77 13 logarithmic logarithmic ADJ cet-13710 77 14 scale scale NOUN cet-13710 77 15 . . PUNCT cet-13710 78 1 in in ADP cet-13710 78 2 2006 2006 NUM cet-13710 78 3 shell shell NOUN cet-13710 78 4 and and CCONJ cet-13710 78 5 hsl hsl PROPN cet-13710 78 6 hydrogen hydrogen NOUN cet-13710 78 7 releases release NOUN cet-13710 78 8 have have AUX cet-13710 78 9 been be AUX cet-13710 78 10 perfored perfore VERB cet-13710 78 11 for for ADP cet-13710 78 12 different different ADJ cet-13710 78 13 release release NOUN cet-13710 78 14 conditions condition NOUN cet-13710 78 15 whereas whereas SCONJ cet-13710 78 16 detailed detailed ADJ cet-13710 78 17 concentration concentration NOUN cet-13710 78 18 data datum NOUN cet-13710 78 19 at at ADP cet-13710 78 20 release release NOUN cet-13710 78 21 height height NOUN cet-13710 78 22 is be AUX cet-13710 78 23 available available ADJ cet-13710 78 24 for for ADP cet-13710 78 25 the the DET cet-13710 78 26 3 3 NUM cet-13710 78 27 mm mm NOUN cet-13710 78 28 and and CCONJ cet-13710 78 29 4 4 NUM cet-13710 78 30 mm mm NOUN cet-13710 78 31 releases release NOUN cet-13710 78 32 from from ADP cet-13710 78 33 roberts roberts PROPN cet-13710 78 34 et et PROPN cet-13710 78 35 al al PROPN cet-13710 78 36 . . PROPN cet-13710 79 1 ( ( PUNCT cet-13710 79 2 2006 2006 NUM cet-13710 79 3 ) ) PUNCT cet-13710 79 4 . . PUNCT cet-13710 80 1 the the DET cet-13710 80 2 mass mass NOUN cet-13710 80 3 flow flow NOUN cet-13710 80 4 rates rate NOUN cet-13710 80 5 were be AUX cet-13710 80 6 not not PART cet-13710 80 7 explicitly explicitly ADV cet-13710 80 8 measured measure VERB cet-13710 80 9 during during ADP cet-13710 80 10 the the DET cet-13710 80 11 experimental experimental ADJ cet-13710 80 12 campaign campaign NOUN cet-13710 80 13 . . PUNCT cet-13710 81 1 nevertheless nevertheless ADV cet-13710 81 2 , , PUNCT cet-13710 81 3 the the DET cet-13710 81 4 calculated calculate VERB cet-13710 81 5 mass mass NOUN cet-13710 81 6 flow flow NOUN cet-13710 81 7 rates rate NOUN cet-13710 81 8 from from ADP cet-13710 81 9 effects effect NOUN cet-13710 81 10 v11 v11 NOUN cet-13710 81 11 and and CCONJ cet-13710 81 12 v12 v12 VERB cet-13710 81 13 present present ADJ cet-13710 81 14 good good ADJ cet-13710 81 15 agreement agreement NOUN cet-13710 81 16 with with ADP cet-13710 81 17 the the DET cet-13710 81 18 ones one NOUN cet-13710 81 19 given give VERB cet-13710 81 20 by by ADP cet-13710 81 21 roberts roberts PROPN cet-13710 81 22 et et PROPN cet-13710 81 23 al al PROPN cet-13710 81 24 . . PROPN cet-13710 81 25 ( ( PUNCT cet-13710 81 26 2006 2006 NUM cet-13710 81 27 ) ) PUNCT cet-13710 81 28 . . PUNCT cet-13710 82 1 figure figure NOUN cet-13710 82 2 3a 3a NUM cet-13710 82 3 ( ( PUNCT cet-13710 82 4 left leave VERB cet-13710 82 5 ): ): PUNCT cet-13710 82 6 comparison comparison NOUN cet-13710 82 7 of of ADP cet-13710 82 8 simulations simulation NOUN cet-13710 82 9 of of ADP cet-13710 82 10 hydrogen hydrogen NOUN cet-13710 82 11 release release NOUN cet-13710 82 12 at at ADP cet-13710 82 13 100bar 100bar NUM cet-13710 82 14 from from ADP cet-13710 82 15 3 3 NUM cet-13710 82 16 mm mm PROPN cet-13710 82 17 hole hole NOUN cet-13710 82 18 ( ( PUNCT cet-13710 82 19 roberts roberts PROPN cet-13710 82 20 et et PROPN cet-13710 82 21 al al PROPN cet-13710 82 22 . . PROPN cet-13710 82 23 , , PUNCT cet-13710 82 24 2006 2006 NUM cet-13710 82 25 ) ) PUNCT cet-13710 82 26 . . PUNCT cet-13710 83 1 figure figure VERB cet-13710 83 2 3b 3b NOUN cet-13710 83 3 ( ( PUNCT cet-13710 83 4 right right INTJ cet-13710 83 5 ): ): PUNCT cet-13710 83 6 data datum NOUN cet-13710 83 7 in in ADP cet-13710 83 8 figure figure NOUN cet-13710 83 9 3b 3b NOUN cet-13710 83 10 using use VERB cet-13710 83 11 a a DET cet-13710 83 12 double double ADJ cet-13710 83 13 logarithmic logarithmic ADJ cet-13710 83 14 scale scale NOUN cet-13710 83 15 the the DET cet-13710 83 16 concentration concentration NOUN cet-13710 83 17 simulated simulate VERB cet-13710 83 18 with with ADP cet-13710 83 19 effects effect NOUN cet-13710 83 20 v12 v12 VERB cet-13710 83 21 is be AUX cet-13710 83 22 in in ADP cet-13710 83 23 excellent excellent ADJ cet-13710 83 24 agreement agreement NOUN cet-13710 83 25 with with ADP cet-13710 83 26 the the DET cet-13710 83 27 experimental experimental ADJ cet-13710 83 28 data datum NOUN cet-13710 83 29 as as SCONJ cet-13710 83 30 can can AUX cet-13710 83 31 be be AUX cet-13710 83 32 seen see VERB cet-13710 83 33 from from ADP cet-13710 83 34 figure figure NOUN cet-13710 83 35 3 3 NUM cet-13710 83 36 . . PUNCT cet-13710 83 37 effects effect NOUN cet-13710 83 38 v11 v11 NOUN cet-13710 83 39 consistently consistently ADV cet-13710 83 40 shows show VERB cet-13710 83 41 an an DET cet-13710 83 42 overprediction overprediction NOUN cet-13710 83 43 of of ADP cet-13710 83 44 the the DET cet-13710 83 45 experimental experimental ADJ cet-13710 83 46 data datum NOUN cet-13710 83 47 of of ADP cet-13710 83 48 approximately approximately ADV cet-13710 83 49 a a DET cet-13710 83 50 factor factor NOUN cet-13710 83 51 of of ADP cet-13710 83 52 2 2 NUM cet-13710 83 53 . . PUNCT cet-13710 83 54 simulations simulation NOUN cet-13710 83 55 of of ADP cet-13710 83 56 other other ADJ cet-13710 83 57 tests test NOUN cet-13710 83 58 ( ( PUNCT cet-13710 83 59 i.e. i.e. X cet-13710 83 60 , , PUNCT cet-13710 83 61 run run VERB cet-13710 83 62 01 01 NUM cet-13710 83 63 , , PUNCT cet-13710 83 64 03 03 NUM cet-13710 83 65 , , PUNCT cet-13710 83 66 08 08 NUM cet-13710 83 67 , , PUNCT cet-13710 83 68 14 14 NUM cet-13710 83 69 , , PUNCT cet-13710 83 70 16 16 NUM cet-13710 83 71 ) ) PUNCT cet-13710 83 72 under under ADP cet-13710 83 73 different different ADJ cet-13710 83 74 release release NOUN cet-13710 83 75 conditions condition NOUN cet-13710 83 76 showed show VERB cet-13710 83 77 comparable comparable ADJ cet-13710 83 78 trends trend NOUN cet-13710 83 79 and and CCONJ cet-13710 83 80 excellent excellent ADJ cet-13710 83 81 agreement agreement NOUN cet-13710 83 82 for for ADP cet-13710 83 83 effects effect NOUN cet-13710 83 84 v12 v12 VERB cet-13710 83 85 with with ADP cet-13710 83 86 the the DET cet-13710 83 87 experimental experimental ADJ cet-13710 83 88 data datum NOUN cet-13710 83 89 ( ( PUNCT cet-13710 83 90 not not PART cet-13710 83 91 shown show VERB cet-13710 83 92 here here ADV cet-13710 83 93 ) ) PUNCT cet-13710 83 94 . . PUNCT cet-13710 84 1 runs run VERB cet-13710 84 2 03 03 NUM cet-13710 84 3 and and CCONJ cet-13710 84 4 07 07 NUM cet-13710 84 5 have have AUX cet-13710 84 6 been be AUX cet-13710 84 7 conducted conduct VERB cet-13710 84 8 under under ADP cet-13710 84 9 sidewind sidewind NOUN cet-13710 84 10 conditions condition NOUN cet-13710 84 11 ( ( PUNCT cet-13710 84 12 roberts roberts PROPN cet-13710 84 13 et et PROPN cet-13710 84 14 al al PROPN cet-13710 84 15 . . PROPN cet-13710 84 16 , , PUNCT cet-13710 84 17 2006 2006 NUM cet-13710 84 18 ) ) PUNCT cet-13710 84 19 . . PUNCT cet-13710 85 1 therefore therefore ADV cet-13710 85 2 , , PUNCT cet-13710 85 3 the the DET cet-13710 85 4 simulations simulation NOUN cet-13710 85 5 agree agree VERB cet-13710 85 6 well well ADV cet-13710 85 7 with with ADP cet-13710 85 8 the the DET cet-13710 85 9 experiments experiment NOUN cet-13710 85 10 up up ADP cet-13710 85 11 to to ADP cet-13710 85 12 a a DET cet-13710 85 13 distance distance NOUN cet-13710 85 14 of of ADP cet-13710 85 15 approximately approximately ADV cet-13710 85 16 7 7 NUM cet-13710 85 17 m m NOUN cet-13710 85 18 from from ADP cet-13710 85 19 the the DET cet-13710 85 20 release release NOUN cet-13710 85 21 . . PUNCT cet-13710 86 1 from from ADP cet-13710 86 2 there there ADV cet-13710 86 3 onwards onward NOUN cet-13710 86 4 , , PUNCT cet-13710 86 5 the the DET cet-13710 86 6 simulations simulation NOUN cet-13710 86 7 overpredict overpredict VERB cet-13710 86 8 the the DET cet-13710 86 9 experimental experimental ADJ cet-13710 86 10 data datum NOUN cet-13710 86 11 due due ADJ cet-13710 86 12 the the DET cet-13710 86 13 effect effect NOUN cet-13710 86 14 of of ADP cet-13710 86 15 sidewind sidewind NOUN cet-13710 86 16 which which PRON cet-13710 86 17 enhanced enhance VERB cet-13710 86 18 mixing mix VERB cet-13710 86 19 during during ADP cet-13710 86 20 the the DET cet-13710 86 21 experiments experiment NOUN cet-13710 86 22 ( ( PUNCT cet-13710 86 23 not not PART cet-13710 86 24 shown show VERB cet-13710 86 25 here here ADV cet-13710 86 26 ) ) PUNCT cet-13710 86 27 . . PUNCT cet-13710 87 1 28 28 NUM cet-13710 87 2 detailed detailed ADJ cet-13710 87 3 measurements measurement NOUN cet-13710 87 4 of of ADP cet-13710 87 5 concentration concentration NOUN cet-13710 87 6 and and CCONJ cet-13710 87 7 velocity velocity NOUN cet-13710 87 8 in in ADP cet-13710 87 9 axial axial ADJ cet-13710 87 10 and and CCONJ cet-13710 87 11 lateral lateral ADJ cet-13710 87 12 direction direction NOUN cet-13710 87 13 for for ADP cet-13710 87 14 a a DET cet-13710 87 15 release release NOUN cet-13710 87 16 of of ADP cet-13710 87 17 hydrogen hydrogen NOUN cet-13710 87 18 have have AUX cet-13710 87 19 been be AUX cet-13710 87 20 performed perform VERB cet-13710 87 21 by by ADP cet-13710 87 22 ineris ineris NOUN cet-13710 87 23 in in ADP cet-13710 87 24 2013 2013 NUM cet-13710 87 25 . . PUNCT cet-13710 88 1 the the DET cet-13710 88 2 release release NOUN cet-13710 88 3 was be AUX cet-13710 88 4 at at ADP cet-13710 88 5 36bar 36bar NOUN cet-13710 88 6 through through ADP cet-13710 88 7 a a DET cet-13710 88 8 12 12 NUM cet-13710 88 9 mm mm NOUN cet-13710 88 10 hole hole NOUN cet-13710 88 11 at at ADP cet-13710 88 12 a a DET cet-13710 88 13 release release NOUN cet-13710 88 14 height height NOUN cet-13710 88 15 of of ADP cet-13710 88 16 1.5 1.5 NUM cet-13710 88 17 m m NOUN cet-13710 88 18 ( ( PUNCT cet-13710 88 19 daubech daubech PROPN cet-13710 88 20 et et PROPN cet-13710 88 21 al al PROPN cet-13710 88 22 . . PROPN cet-13710 88 23 , , PUNCT cet-13710 88 24 2015 2015 NUM cet-13710 88 25 ) ) PUNCT cet-13710 88 26 , , PUNCT cet-13710 88 27 ( ( PUNCT cet-13710 88 28 jallais jallais NOUN cet-13710 88 29 et et PROPN cet-13710 88 30 al al PROPN cet-13710 88 31 . . PROPN cet-13710 88 32 , , PUNCT cet-13710 88 33 2018 2018 NUM cet-13710 88 34 ) ) PUNCT cet-13710 88 35 . . PUNCT cet-13710 89 1 effects effect NOUN cet-13710 89 2 v11 v11 NOUN cet-13710 89 3 shows show VERB cet-13710 89 4 a a DET cet-13710 89 5 consistent consistent ADJ cet-13710 89 6 overprediction overprediction NOUN cet-13710 89 7 of of ADP cet-13710 89 8 the the DET cet-13710 89 9 concentration concentration NOUN cet-13710 89 10 data datum NOUN cet-13710 89 11 and and CCONJ cet-13710 89 12 a a DET cet-13710 89 13 lateral lateral ADJ cet-13710 89 14 distribution distribution NOUN cet-13710 89 15 that that PRON cet-13710 89 16 is be AUX cet-13710 89 17 too too ADV cet-13710 89 18 narrow narrow ADJ cet-13710 89 19 ( ( PUNCT cet-13710 89 20 compare compare NOUN cet-13710 89 21 figure figure NOUN cet-13710 89 22 4b 4b PROPN cet-13710 89 23 ) ) PUNCT cet-13710 89 24 . . PUNCT cet-13710 90 1 effects effect NOUN cet-13710 90 2 v12 v12 VERB cet-13710 90 3 shows show VERB cet-13710 90 4 excellent excellent ADJ cet-13710 90 5 agreement agreement NOUN cet-13710 90 6 with with ADP cet-13710 90 7 the the DET cet-13710 90 8 concentration concentration NOUN cet-13710 90 9 distributions distribution NOUN cet-13710 90 10 in in ADP cet-13710 90 11 axial axial ADJ cet-13710 90 12 and and CCONJ cet-13710 90 13 lateral lateral ADJ cet-13710 90 14 direction direction NOUN cet-13710 90 15 . . PUNCT cet-13710 91 1 the the DET cet-13710 91 2 velocity velocity NOUN cet-13710 91 3 distributions distribution NOUN cet-13710 91 4 of of ADP cet-13710 91 5 effects effect NOUN cet-13710 91 6 v11 v11 NOUN cet-13710 91 7 and and CCONJ cet-13710 91 8 v12 v12 VERB cet-13710 91 9 show show NOUN cet-13710 91 10 only only ADV cet-13710 91 11 minor minor ADJ cet-13710 91 12 differences difference NOUN cet-13710 91 13 . . PUNCT cet-13710 92 1 close close ADJ cet-13710 92 2 to to ADP cet-13710 92 3 the the DET cet-13710 92 4 release release NOUN cet-13710 92 5 , , PUNCT cet-13710 92 6 a a DET cet-13710 92 7 slight slight ADJ cet-13710 92 8 overprediction overprediction NOUN cet-13710 92 9 of of ADP cet-13710 92 10 the the DET cet-13710 92 11 velocity velocity NOUN cet-13710 92 12 on on ADP cet-13710 92 13 the the DET cet-13710 92 14 axis axis NOUN cet-13710 92 15 is be AUX cet-13710 92 16 observed observe VERB cet-13710 92 17 . . PUNCT cet-13710 93 1 note note VERB cet-13710 93 2 that that SCONJ cet-13710 93 3 the the DET cet-13710 93 4 experimental experimental ADJ cet-13710 93 5 data data NOUN cet-13710 93 6 is be AUX cet-13710 93 7 not not PART cet-13710 93 8 taken take VERB cet-13710 93 9 on on ADP cet-13710 93 10 the the DET cet-13710 93 11 axis axis NOUN cet-13710 93 12 but but CCONJ cet-13710 93 13 at at ADP cet-13710 93 14 y=0.05 y=0.05 NOUN cet-13710 93 15 m. m. NOUN cet-13710 93 16 the the DET cet-13710 93 17 lateral lateral ADJ cet-13710 93 18 distributions distribution NOUN cet-13710 93 19 of of ADP cet-13710 93 20 the the DET cet-13710 93 21 simulations simulation NOUN cet-13710 93 22 at at ADP cet-13710 93 23 x=10 x=10 PROPN cet-13710 93 24 m m VERB cet-13710 93 25 show show VERB cet-13710 93 26 slight slight ADJ cet-13710 93 27 deviations deviation NOUN cet-13710 93 28 from from ADP cet-13710 93 29 the the DET cet-13710 93 30 experimental experimental ADJ cet-13710 93 31 data datum NOUN cet-13710 93 32 but but CCONJ cet-13710 93 33 reproduce reproduce VERB cet-13710 93 34 the the DET cet-13710 93 35 plume plume NOUN cet-13710 93 36 width width VERB cet-13710 93 37 well well ADV cet-13710 93 38 . . PUNCT cet-13710 94 1 figure figure VERB cet-13710 94 2 4 4 NUM cet-13710 94 3 : : PUNCT cet-13710 94 4 comparison comparison NOUN cet-13710 94 5 of of ADP cet-13710 94 6 mass mass ADJ cet-13710 94 7 fraction fraction NOUN cet-13710 94 8 in in ADP cet-13710 94 9 downwind downwind ADJ cet-13710 94 10 direction direction NOUN cet-13710 94 11 ( ( PUNCT cet-13710 94 12 left left ADJ cet-13710 94 13 ) ) PUNCT cet-13710 94 14 and and CCONJ cet-13710 94 15 lateral lateral ADJ cet-13710 94 16 direction direction NOUN cet-13710 94 17 at at ADP cet-13710 94 18 x=1.25 x=1.25 PROPN cet-13710 94 19 m m PROPN cet-13710 94 20 ( ( PUNCT cet-13710 94 21 middle middle ADJ cet-13710 94 22 ) ) PUNCT cet-13710 94 23 and and CCONJ cet-13710 94 24 x=10 x=10 PROPN cet-13710 94 25 m m PROPN cet-13710 94 26 ( ( PUNCT cet-13710 94 27 right right ADJ cet-13710 94 28 ) ) PUNCT cet-13710 94 29 of of ADP cet-13710 94 30 ineris ineris ADJ cet-13710 94 31 hydrogen hydrogen NOUN cet-13710 94 32 experiment experiment NOUN cet-13710 94 33 ; ; PUNCT cet-13710 94 34 simulation simulation NOUN cet-13710 94 35 and and CCONJ cet-13710 94 36 experimental experimental ADJ cet-13710 94 37 data datum NOUN cet-13710 94 38 figure figure NOUN cet-13710 94 39 5 5 NUM cet-13710 94 40 : : PUNCT cet-13710 94 41 comparison comparison NOUN cet-13710 94 42 of of ADP cet-13710 94 43 velocity velocity NOUN cet-13710 94 44 distribution distribution NOUN cet-13710 94 45 in in ADP cet-13710 94 46 downwind downwind ADJ cet-13710 94 47 direction direction NOUN cet-13710 94 48 ( ( PUNCT cet-13710 94 49 left left ADJ cet-13710 94 50 ) ) PUNCT cet-13710 94 51 and and CCONJ cet-13710 94 52 lateral lateral ADJ cet-13710 94 53 direction direction NOUN cet-13710 94 54 at at ADP cet-13710 94 55 x=1.25 x=1.25 PROPN cet-13710 94 56 m m PROPN cet-13710 94 57 ( ( PUNCT cet-13710 94 58 middle middle ADJ cet-13710 94 59 ) ) PUNCT cet-13710 94 60 and and CCONJ cet-13710 94 61 x=10 x=10 PROPN cet-13710 94 62 m m PROPN cet-13710 94 63 ( ( PUNCT cet-13710 94 64 right right ADJ cet-13710 94 65 ) ) PUNCT cet-13710 94 66 of of ADP cet-13710 94 67 ineris ineris ADJ cet-13710 94 68 hydrogen hydrogen NOUN cet-13710 94 69 experiment experiment NOUN cet-13710 94 70 ; ; PUNCT cet-13710 94 71 simulation simulation NOUN cet-13710 94 72 and and CCONJ cet-13710 94 73 experimental experimental ADJ cet-13710 94 74 data datum NOUN cet-13710 94 75 3.2 3.2 NUM cet-13710 94 76 additional additional ADJ cet-13710 94 77 release release NOUN cet-13710 94 78 conditions condition NOUN cet-13710 94 79 in in ADP cet-13710 94 80 the the DET cet-13710 94 81 previous previous ADJ cet-13710 94 82 section section NOUN cet-13710 94 83 , , PUNCT cet-13710 94 84 the the DET cet-13710 94 85 validation validation NOUN cet-13710 94 86 for for ADP cet-13710 94 87 the the DET cet-13710 94 88 release release NOUN cet-13710 94 89 of of ADP cet-13710 94 90 hydrogen hydrogen NOUN cet-13710 94 91 was be AUX cet-13710 94 92 described describe VERB cet-13710 94 93 . . PUNCT cet-13710 95 1 apart apart ADV cet-13710 95 2 from from ADP cet-13710 95 3 that that PRON cet-13710 95 4 , , PUNCT cet-13710 95 5 many many ADJ cet-13710 95 6 more more ADJ cet-13710 95 7 validation validation NOUN cet-13710 95 8 cases case NOUN cet-13710 95 9 have have AUX cet-13710 95 10 were be AUX cet-13710 95 11 simulated simulate VERB cet-13710 95 12 , , PUNCT cet-13710 95 13 including include VERB cet-13710 95 14 the the DET cet-13710 95 15 validation validation NOUN cet-13710 95 16 of of ADP cet-13710 95 17 releases release NOUN cet-13710 95 18 of of ADP cet-13710 95 19 substances substance NOUN cet-13710 95 20 heavier heavy ADJ cet-13710 95 21 than than ADP cet-13710 95 22 air air NOUN cet-13710 95 23 and and CCONJ cet-13710 95 24 subsonic subsonic ADJ cet-13710 95 25 releases release NOUN cet-13710 95 26 . . PUNCT cet-13710 96 1 only only ADV cet-13710 96 2 a a DET cet-13710 96 3 selection selection NOUN cet-13710 96 4 of of ADP cet-13710 96 5 these these DET cet-13710 96 6 validation validation NOUN cet-13710 96 7 cases case NOUN cet-13710 96 8 was be AUX cet-13710 96 9 included include VERB cet-13710 96 10 in in ADP cet-13710 96 11 this this DET cet-13710 96 12 paper paper NOUN cet-13710 96 13 . . PUNCT cet-13710 97 1 classical classical ADJ cet-13710 97 2 data datum NOUN cet-13710 97 3 from from ADP cet-13710 97 4 birch birch PROPN cet-13710 97 5 et et PROPN cet-13710 97 6 al al PROPN cet-13710 97 7 . . PROPN cet-13710 98 1 ( ( PUNCT cet-13710 98 2 1984 1984 NUM cet-13710 98 3 ) ) PUNCT cet-13710 98 4 and and CCONJ cet-13710 98 5 birch birch INTJ cet-13710 98 6 et et PROPN cet-13710 98 7 al al PROPN cet-13710 98 8 , , PUNCT cet-13710 98 9 ( ( PUNCT cet-13710 98 10 1987 1987 NUM cet-13710 98 11 ) ) PUNCT cet-13710 98 12 were be AUX cet-13710 98 13 simulated simulate VERB cet-13710 98 14 and and CCONJ cet-13710 98 15 show show VERB cet-13710 98 16 excellent excellent ADJ cet-13710 98 17 agreement agreement NOUN cet-13710 98 18 with with ADP cet-13710 98 19 experimental experimental ADJ cet-13710 98 20 data datum NOUN cet-13710 98 21 in in ADP cet-13710 98 22 a a DET cet-13710 98 23 wide wide ADJ cet-13710 98 24 pressure pressure NOUN cet-13710 98 25 range range NOUN cet-13710 98 26 for for ADP cet-13710 98 27 methane methane NOUN cet-13710 98 28 ( ( PUNCT cet-13710 98 29 1.14 1.14 NUM cet-13710 98 30 to to PART cet-13710 98 31 71bar 71bar NUM cet-13710 98 32 ) ) PUNCT cet-13710 98 33 and and CCONJ cet-13710 98 34 ethylene ethylene NOUN cet-13710 98 35 ( ( PUNCT cet-13710 98 36 8bar 8bar NUM cet-13710 98 37 , , PUNCT cet-13710 98 38 see see VERB cet-13710 98 39 figure figure NOUN cet-13710 98 40 6 6 NUM cet-13710 98 41 , , PUNCT cet-13710 98 42 left leave VERB cet-13710 98 43 ) ) PUNCT cet-13710 98 44 . . PUNCT cet-13710 99 1 in in ADP cet-13710 99 2 addition addition NOUN cet-13710 99 3 , , PUNCT cet-13710 99 4 the the DET cet-13710 99 5 velocity velocity NOUN cet-13710 99 6 distributions distribution NOUN cet-13710 99 7 show show VERB cet-13710 99 8 good good ADJ cet-13710 99 9 agreement agreement NOUN cet-13710 99 10 for for ADP cet-13710 99 11 air air NOUN cet-13710 99 12 at at ADP cet-13710 99 13 pressures pressure NOUN cet-13710 99 14 between between ADP cet-13710 99 15 1.548 1.548 NUM cet-13710 99 16 and and CCONJ cet-13710 99 17 31 31 NUM cet-13710 99 18 bar bar NOUN cet-13710 99 19 ( ( PUNCT cet-13710 99 20 figure figure NOUN cet-13710 99 21 6 6 NUM cet-13710 99 22 , , PUNCT cet-13710 99 23 middle middle ADJ cet-13710 99 24 ) ) PUNCT cet-13710 99 25 . . PUNCT cet-13710 100 1 figure figure VERB cet-13710 100 2 6 6 NUM cet-13710 100 3 : : PUNCT cet-13710 100 4 comparison comparison NOUN cet-13710 100 5 of of ADP cet-13710 100 6 simulations simulation NOUN cet-13710 100 7 and and CCONJ cet-13710 100 8 experimental experimental ADJ cet-13710 100 9 data datum NOUN cet-13710 100 10 for for ADP cet-13710 100 11 a a DET cet-13710 100 12 release release NOUN cet-13710 100 13 of of ADP cet-13710 100 14 : : PUNCT cet-13710 100 15 ethylene ethylene NOUN cet-13710 100 16 at at ADP cet-13710 100 17 8bar 8bar NUM cet-13710 100 18 , , PUNCT cet-13710 100 19 2.7 2.7 NUM cet-13710 100 20 mm mm NOUN cet-13710 100 21 hole hole NOUN cet-13710 100 22 ( ( PUNCT cet-13710 100 23 birch birch NOUN cet-13710 100 24 et et PROPN cet-13710 100 25 al al PROPN cet-13710 100 26 . . PROPN cet-13710 100 27 , , PUNCT cet-13710 100 28 1987 1987 NUM cet-13710 100 29 ) ) PUNCT cet-13710 100 30 ( ( PUNCT cet-13710 100 31 left left ADV cet-13710 100 32 ) ) PUNCT cet-13710 100 33 , , PUNCT cet-13710 100 34 air air NOUN cet-13710 100 35 at at ADP cet-13710 100 36 31bar 31bar NOUN cet-13710 100 37 , , PUNCT cet-13710 100 38 2.7 2.7 NUM cet-13710 100 39 mm mm NOUN cet-13710 100 40 hole hole NOUN cet-13710 100 41 ( ( PUNCT cet-13710 100 42 birch birch NOUN cet-13710 100 43 et et PROPN cet-13710 100 44 al al PROPN cet-13710 100 45 . . PROPN cet-13710 100 46 , , PUNCT cet-13710 100 47 1984 1984 NUM cet-13710 100 48 ) ) PUNCT cet-13710 100 49 ( ( PUNCT cet-13710 100 50 middle middle ADJ cet-13710 100 51 ) ) PUNCT cet-13710 100 52 and and CCONJ cet-13710 100 53 h2 h2 PROPN cet-13710 100 54 / / SYM cet-13710 100 55 n2 n2 NOUN cet-13710 100 56 mixture mixture NOUN cet-13710 100 57 ( ( PUNCT cet-13710 100 58 sautet sautet NOUN cet-13710 100 59 and and CCONJ cet-13710 100 60 stepowski stepowski NOUN cet-13710 100 61 , , PUNCT cet-13710 100 62 1995 1995 NUM cet-13710 100 63 ) ) PUNCT cet-13710 100 64 for for ADP cet-13710 100 65 low low ADJ cet-13710 100 66 speed speed NOUN cet-13710 100 67 release release NOUN cet-13710 100 68 of of ADP cet-13710 100 69 45 45 NUM cet-13710 100 70 m/s m/s PROPN cet-13710 100 71 , , PUNCT cet-13710 100 72 10 10 NUM cet-13710 100 73 mm mm PROPN cet-13710 100 74 hole hole NOUN cet-13710 100 75 ( ( PUNCT cet-13710 100 76 right right ADJ cet-13710 100 77 ) ) PUNCT cet-13710 100 78 29 29 NUM cet-13710 100 79 comparing compare VERB cet-13710 100 80 the the DET cet-13710 100 81 birch birch NOUN cet-13710 100 82 et et PROPN cet-13710 100 83 al al PROPN cet-13710 100 84 . . PROPN cet-13710 100 85 1987 1987 NUM cet-13710 100 86 publications publication NOUN cet-13710 100 87 with with ADP cet-13710 100 88 birch birch NOUN cet-13710 100 89 et et PROPN cet-13710 100 90 al al PROPN cet-13710 100 91 . . PROPN cet-13710 101 1 ( ( PUNCT cet-13710 101 2 1984 1984 NUM cet-13710 101 3 ) ) PUNCT cet-13710 101 4 it it PRON cet-13710 101 5 turns turn VERB cet-13710 101 6 out out ADP cet-13710 101 7 that that SCONJ cet-13710 101 8 the the DET cet-13710 101 9 experimental experimental ADJ cet-13710 101 10 concentration concentration NOUN cet-13710 101 11 data datum NOUN cet-13710 101 12 has have AUX cet-13710 101 13 been be AUX cet-13710 101 14 nondimensionalized nondimensionalize VERB cet-13710 101 15 in in ADP cet-13710 101 16 different different ADJ cet-13710 101 17 ways way NOUN cet-13710 101 18 applying apply VERB cet-13710 101 19 a a DET cet-13710 101 20 discharge discharge NOUN cet-13710 101 21 coefficient coefficient NOUN cet-13710 101 22 of of ADP cet-13710 101 23 0.85 0.85 NUM cet-13710 101 24 in in ADP cet-13710 101 25 the the DET cet-13710 101 26 1984 1984 NUM cet-13710 101 27 paper paper NOUN cet-13710 101 28 . . PUNCT cet-13710 102 1 from from ADP cet-13710 102 2 the the DET cet-13710 102 3 1987 1987 NUM cet-13710 102 4 publication publication NOUN cet-13710 102 5 , , PUNCT cet-13710 102 6 the the DET cet-13710 102 7 absolute absolute ADJ cet-13710 102 8 concentrations concentration NOUN cet-13710 102 9 could could AUX cet-13710 102 10 be be AUX cet-13710 102 11 reconstructed reconstruct VERB cet-13710 102 12 applying apply VERB cet-13710 102 13 the the DET cet-13710 102 14 given give VERB cet-13710 102 15 discharge discharge NOUN cet-13710 102 16 coefficient coefficient NOUN cet-13710 102 17 of of ADP cet-13710 102 18 1 1 NUM cet-13710 102 19 which which PRON cet-13710 102 20 was be AUX cet-13710 102 21 also also ADV cet-13710 102 22 used use VERB cet-13710 102 23 during during ADP cet-13710 102 24 the the DET cet-13710 102 25 simulations simulation NOUN cet-13710 102 26 and and CCONJ cet-13710 102 27 the the DET cet-13710 102 28 given give VERB cet-13710 102 29 pseudo pseudo NOUN cet-13710 102 30 - - PUNCT cet-13710 102 31 source source NOUN cet-13710 102 32 dimension dimension NOUN cet-13710 102 33 . . PUNCT cet-13710 103 1 since since SCONJ cet-13710 103 2 all all DET cet-13710 103 3 experiments experiment NOUN cet-13710 103 4 have have AUX cet-13710 103 5 been be AUX cet-13710 103 6 performed perform VERB cet-13710 103 7 with with ADP cet-13710 103 8 a a DET cet-13710 103 9 contoured contoured ADJ cet-13710 103 10 amal amal ADJ cet-13710 103 11 type type NOUN cet-13710 103 12 10120 10120 NUM cet-13710 103 13 nozzle nozzle NOUN cet-13710 103 14 , , PUNCT cet-13710 103 15 the the DET cet-13710 103 16 value value NOUN cet-13710 103 17 for for ADP cet-13710 103 18 the the DET cet-13710 103 19 discharge discharge NOUN cet-13710 103 20 coefficient coefficient NOUN cet-13710 103 21 can can AUX cet-13710 103 22 be be AUX cet-13710 103 23 justified justify VERB cet-13710 103 24 . . PUNCT cet-13710 104 1 for for ADP cet-13710 104 2 very very ADV cet-13710 104 3 low low ADJ cet-13710 104 4 mach mach NOUN cet-13710 104 5 number number NOUN cet-13710 104 6 release release NOUN cet-13710 104 7 conditions condition NOUN cet-13710 104 8 , , PUNCT cet-13710 104 9 the the DET cet-13710 104 10 experimental experimental ADJ cet-13710 104 11 data datum NOUN cet-13710 104 12 of of ADP cet-13710 104 13 sautet sautet NOUN cet-13710 104 14 and and CCONJ cet-13710 104 15 stepowski stepowski NOUN cet-13710 104 16 ( ( PUNCT cet-13710 104 17 1995 1995 NUM cet-13710 104 18 ) ) PUNCT cet-13710 104 19 with with ADP cet-13710 104 20 a a DET cet-13710 104 21 release release NOUN cet-13710 104 22 of of ADP cet-13710 104 23 a a DET cet-13710 104 24 mixture mixture NOUN cet-13710 104 25 of of ADP cet-13710 104 26 80 80 NUM cet-13710 104 27 % % NOUN cet-13710 104 28 hydrogen hydrogen NOUN cet-13710 104 29 and and CCONJ cet-13710 104 30 20 20 NUM cet-13710 104 31 % % NOUN cet-13710 104 32 nitrogen nitrogen NOUN cet-13710 104 33 was be AUX cet-13710 104 34 simulated simulate VERB cet-13710 104 35 . . PUNCT cet-13710 105 1 applying apply VERB cet-13710 105 2 the the DET cet-13710 105 3 witze witze PROPN cet-13710 105 4 correction correction NOUN cet-13710 105 5 shows show VERB cet-13710 105 6 a a DET cet-13710 105 7 significantly significantly ADV cet-13710 105 8 improved improve VERB cet-13710 105 9 agreement agreement NOUN cet-13710 105 10 with with ADP cet-13710 105 11 the the DET cet-13710 105 12 experimental experimental ADJ cet-13710 105 13 data datum NOUN cet-13710 105 14 , , PUNCT cet-13710 105 15 compare compare ADJ cet-13710 105 16 figure figure NOUN cet-13710 105 17 6c 6c NOUN cet-13710 105 18 . . PUNCT cet-13710 106 1 4 4 X cet-13710 106 2 . . X cet-13710 106 3 conclusions conclusion NOUN cet-13710 106 4 the the DET cet-13710 106 5 present present ADJ cet-13710 106 6 paper paper NOUN cet-13710 106 7 describes describe VERB cet-13710 106 8 the the DET cet-13710 106 9 modifications modification NOUN cet-13710 106 10 in in ADP cet-13710 106 11 the the DET cet-13710 106 12 effects effect NOUN cet-13710 106 13 v12 v12 VERB cet-13710 106 14 turbulent turbulent ADJ cet-13710 106 15 free free ADJ cet-13710 106 16 jet jet NOUN cet-13710 106 17 model model NOUN cet-13710 106 18 made make VERB cet-13710 106 19 to to ADP cet-13710 106 20 the the DET cet-13710 106 21 original original ADJ cet-13710 106 22 chen chen PROPN cet-13710 106 23 & & CCONJ cet-13710 106 24 rodi rodi PROPN cet-13710 106 25 model model NOUN cet-13710 106 26 including include VERB cet-13710 106 27 corrections correction NOUN cet-13710 106 28 , , PUNCT cet-13710 106 29 as as ADV cet-13710 106 30 well well ADV cet-13710 106 31 as as ADP cet-13710 106 32 the the DET cet-13710 106 33 new new ADJ cet-13710 106 34 model model NOUN cet-13710 106 35 for for ADP cet-13710 106 36 an an DET cet-13710 106 37 equivalent equivalent ADJ cet-13710 106 38 source source NOUN cet-13710 106 39 for for ADP cet-13710 106 40 under under ADP cet-13710 106 41 expanded expand VERB cet-13710 106 42 conditions condition NOUN cet-13710 106 43 . . PUNCT cet-13710 107 1 the the DET cet-13710 107 2 model model NOUN cet-13710 107 3 uses use VERB cet-13710 107 4 one one NUM cet-13710 107 5 set set NOUN cet-13710 107 6 of of ADP cet-13710 107 7 model model NOUN cet-13710 107 8 constants constant NOUN cet-13710 107 9 for for ADP cet-13710 107 10 the the DET cet-13710 107 11 entire entire ADJ cet-13710 107 12 range range NOUN cet-13710 107 13 of of ADP cet-13710 107 14 release release NOUN cet-13710 107 15 conditions condition NOUN cet-13710 107 16 . . PUNCT cet-13710 108 1 the the DET cet-13710 108 2 concentration concentration NOUN cet-13710 108 3 distributions distribution NOUN cet-13710 108 4 in in ADP cet-13710 108 5 effects effect NOUN cet-13710 108 6 v12 v12 VERB cet-13710 108 7 are be AUX cet-13710 108 8 less less ADV cet-13710 108 9 conservative conservative ADJ cet-13710 108 10 than than ADP cet-13710 108 11 in in ADP cet-13710 108 12 effects effect NOUN cet-13710 108 13 v11 v11 NOUN cet-13710 108 14 . . PUNCT cet-13710 109 1 the the DET cet-13710 109 2 model model NOUN cet-13710 109 3 in in ADP cet-13710 109 4 effects effect NOUN cet-13710 109 5 v12 v12 VERB cet-13710 109 6 has have AUX cet-13710 109 7 been be AUX cet-13710 109 8 extensively extensively ADV cet-13710 109 9 validated validate VERB cet-13710 109 10 and and CCONJ cet-13710 109 11 shows show VERB cet-13710 109 12 excellent excellent ADJ cet-13710 109 13 agreement agreement NOUN cet-13710 109 14 with with ADP cet-13710 109 15 experimental experimental ADJ cet-13710 109 16 data datum NOUN cet-13710 109 17 for for ADP cet-13710 109 18 a a DET cet-13710 109 19 wide wide ADJ cet-13710 109 20 range range NOUN cet-13710 109 21 of of ADP cet-13710 109 22 conditions condition NOUN cet-13710 109 23 from from ADP cet-13710 109 24 low low ADJ cet-13710 109 25 to to ADP cet-13710 109 26 high high ADJ cet-13710 109 27 pressure pressure NOUN cet-13710 109 28 conditions condition NOUN cet-13710 109 29 including include VERB cet-13710 109 30 release release NOUN cet-13710 109 31 substances substance NOUN cet-13710 109 32 ranging range VERB cet-13710 109 33 from from ADP cet-13710 109 34 light light NOUN cet-13710 109 35 to to ADP cet-13710 109 36 heavy heavy ADJ cet-13710 109 37 gas gas NOUN cet-13710 109 38 . . PUNCT cet-13710 110 1 references reference NOUN cet-13710 110 2 birch birch PROPN cet-13710 110 3 , , PUNCT cet-13710 110 4 a. a. PROPN cet-13710 110 5 d. d. PROPN cet-13710 110 6 , , PUNCT cet-13710 110 7 brown brown PROPN cet-13710 110 8 , , PUNCT cet-13710 110 9 d. d. PROPN cet-13710 110 10 r. r. PROPN cet-13710 110 11 , , PUNCT cet-13710 110 12 dodson dodson PROPN cet-13710 110 13 , , PUNCT cet-13710 110 14 m. m. NOUN cet-13710 110 15 g. g. PROPN cet-13710 110 16 , , PUNCT cet-13710 110 17 & & CCONJ cet-13710 110 18 swaffield swaffield PROPN cet-13710 110 19 , , PUNCT cet-13710 110 20 f. f. PROPN cet-13710 110 21 , , PUNCT cet-13710 110 22 1984 1984 NUM cet-13710 110 23 , , PUNCT cet-13710 110 24 the the DET cet-13710 110 25 structure structure NOUN cet-13710 110 26 and and CCONJ cet-13710 110 27 concentration concentration NOUN cet-13710 110 28 decay decay NOUN cet-13710 110 29 of of ADP cet-13710 110 30 high high ADJ cet-13710 110 31 pressure pressure NOUN cet-13710 110 32 jets jet NOUN cet-13710 110 33 of of ADP cet-13710 110 34 natural natural ADJ cet-13710 110 35 gas gas NOUN cet-13710 110 36 . . PUNCT cet-13710 111 1 combustion combustion NOUN cet-13710 111 2 science science NOUN cet-13710 111 3 and and CCONJ cet-13710 111 4 technology technology NOUN cet-13710 111 5 , , PUNCT cet-13710 111 6 36(5 36(5 NUM cet-13710 111 7 - - SYM cet-13710 111 8 6 6 NUM cet-13710 111 9 ) ) PUNCT cet-13710 111 10 , , PUNCT cet-13710 111 11 249 249 NUM cet-13710 111 12 - - SYM cet-13710 111 13 261 261 NUM cet-13710 111 14 . . PUNCT cet-13710 112 1 birch birch PROPN cet-13710 112 2 , , PUNCT cet-13710 112 3 a. a. PROPN cet-13710 112 4 d. d. PROPN cet-13710 112 5 , , PUNCT cet-13710 112 6 hughes hughes PROPN cet-13710 112 7 , , PUNCT cet-13710 112 8 d. d. PROPN cet-13710 112 9 j. j. PROPN cet-13710 112 10 , , PUNCT cet-13710 112 11 & & CCONJ cet-13710 112 12 swaffield swaffield PROPN cet-13710 112 13 , , PUNCT cet-13710 112 14 f. f. PROPN cet-13710 112 15 , , PUNCT cet-13710 112 16 1987 1987 NUM cet-13710 112 17 , , PUNCT cet-13710 112 18 velocity velocity NOUN cet-13710 112 19 decay decay NOUN cet-13710 112 20 of of ADP cet-13710 112 21 high high ADJ cet-13710 112 22 pressure pressure NOUN cet-13710 112 23 jets jet NOUN cet-13710 112 24 . . PUNCT cet-13710 113 1 combustion combustion NOUN cet-13710 113 2 science science NOUN cet-13710 113 3 and and CCONJ cet-13710 113 4 technology technology NOUN cet-13710 113 5 , , PUNCT cet-13710 113 6 52(1 52(1 NOUN cet-13710 113 7 - - SYM cet-13710 113 8 3 3 NUM cet-13710 113 9 ) ) PUNCT cet-13710 113 10 , , PUNCT cet-13710 113 11 161 161 NUM cet-13710 113 12 - - SYM cet-13710 113 13 171 171 NUM cet-13710 113 14 . . PUNCT cet-13710 114 1 bonelli bonelli PROPN cet-13710 114 2 , , PUNCT cet-13710 114 3 f. f. PROPN cet-13710 114 4 , , PUNCT cet-13710 114 5 2013 2013 NUM cet-13710 114 6 , , PUNCT cet-13710 114 7 a a DET cet-13710 114 8 numerical numerical ADJ cet-13710 114 9 investigation investigation NOUN cet-13710 114 10 of of ADP cet-13710 114 11 turbulent turbulent ADJ cet-13710 114 12 compressible compressible ADJ cet-13710 114 13 hydrogen hydrogen NOUN cet-13710 114 14 jets jet NOUN cet-13710 114 15 ( ( PUNCT cet-13710 114 16 doctoral doctoral ADJ cet-13710 114 17 dissertation dissertation NOUN cet-13710 114 18 , , PUNCT cet-13710 114 19 phd phd NOUN cet-13710 114 20 thesis thesis NOUN cet-13710 114 21 , , PUNCT cet-13710 114 22 school school NOUN cet-13710 114 23 of of ADP cet-13710 114 24 engineering engineering NOUN cet-13710 114 25 , , PUNCT cet-13710 114 26 university university PROPN cet-13710 114 27 of of ADP cet-13710 114 28 basilicata basilicata PROPN cet-13710 114 29 , , PUNCT cet-13710 114 30 potenza potenza PROPN cet-13710 114 31 , , PUNCT cet-13710 114 32 italy italy PROPN cet-13710 114 33 ) ) PUNCT cet-13710 114 34 . . PUNCT cet-13710 115 1 chen chen PROPN cet-13710 115 2 , , PUNCT cet-13710 115 3 c.j c.j PROPN cet-13710 115 4 . . PROPN cet-13710 115 5 , , PUNCT cet-13710 115 6 rodi rodi PROPN cet-13710 115 7 , , PUNCT cet-13710 115 8 w. w. NOUN cet-13710 115 9 , , PUNCT cet-13710 115 10 1980 1980 NUM cet-13710 115 11 , , PUNCT cet-13710 115 12 vertical vertical ADJ cet-13710 115 13 turbulent turbulent ADJ cet-13710 115 14 buoyant buoyant ADJ cet-13710 115 15 jets jet NOUN cet-13710 115 16 : : PUNCT cet-13710 115 17 a a DET cet-13710 115 18 review review NOUN cet-13710 115 19 of of ADP cet-13710 115 20 experimental experimental ADJ cet-13710 115 21 data datum NOUN cet-13710 115 22 . . PUNCT cet-13710 116 1 oxford oxford PROPN cet-13710 116 2 and and CCONJ cet-13710 116 3 new new PROPN cet-13710 116 4 york york PROPN cet-13710 116 5 , , PUNCT cet-13710 116 6 pergamon pergamon PROPN cet-13710 116 7 press press PROPN cet-13710 116 8 ( ( PUNCT cet-13710 116 9 hmt hmt NOUN cet-13710 116 10 science science NOUN cet-13710 116 11 and and CCONJ cet-13710 116 12 applications application NOUN cet-13710 116 13 of of ADP cet-13710 116 14 heat heat NOUN cet-13710 116 15 and and CCONJ cet-13710 116 16 mass mass NOUN cet-13710 116 17 transfer transfer NOUN cet-13710 116 18 . . PUNCT cet-13710 117 1 volume volume NOUN cet-13710 117 2 4 4 NUM cet-13710 117 3 ) ) PUNCT cet-13710 117 4 . . PUNCT cet-13710 118 1 crist crist PROPN cet-13710 118 2 s. s. PROPN cet-13710 118 3 , , PUNCT cet-13710 118 4 sherman sherman PROPN cet-13710 118 5 p.m. p.m. PROPN cet-13710 118 6 , , PUNCT cet-13710 118 7 glass glass PROPN cet-13710 118 8 d.r d.r PROPN cet-13710 118 9 . . PROPN cet-13710 118 10 , , PUNCT cet-13710 118 11 1966 1966 NUM cet-13710 118 12 , , PUNCT cet-13710 118 13 study study NOUN cet-13710 118 14 of of ADP cet-13710 118 15 the the DET cet-13710 118 16 highly highly ADV cet-13710 118 17 underexpanded underexpanded ADJ cet-13710 118 18 sonic sonic ADJ cet-13710 118 19 jet jet NOUN cet-13710 118 20 , , PUNCT cet-13710 118 21 aiaa aiaa ADJ cet-13710 118 22 journal journal PROPN cet-13710 118 23 , , PUNCT cet-13710 118 24 4 4 NUM cet-13710 118 25 , , PUNCT cet-13710 118 26 pp68 pp68 PROPN cet-13710 118 27 - - SYM cet-13710 118 28 71 71 NUM cet-13710 118 29 daubech daubech NOUN cet-13710 118 30 , , PUNCT cet-13710 118 31 j. j. PROPN cet-13710 118 32 , , PUNCT cet-13710 118 33 hebrard hebrard PROPN cet-13710 118 34 , , PUNCT cet-13710 118 35 j. j. PROPN cet-13710 118 36 , , PUNCT cet-13710 118 37 jallais jallais PROPN cet-13710 118 38 , , PUNCT cet-13710 118 39 s. s. PROPN cet-13710 118 40 , , PUNCT cet-13710 118 41 vyazmina vyazmina PROPN cet-13710 118 42 , , PUNCT cet-13710 118 43 e. e. PROPN cet-13710 118 44 , , PUNCT cet-13710 118 45 jamois jamois PROPN cet-13710 118 46 , , PUNCT cet-13710 118 47 d. d. PROPN cet-13710 118 48 , , PUNCT cet-13710 118 49 & & CCONJ cet-13710 118 50 verbecke verbecke PROPN cet-13710 118 51 , , PUNCT cet-13710 118 52 f. f. PROPN cet-13710 118 53 , , PUNCT cet-13710 118 54 2015 2015 NUM cet-13710 118 55 , , PUNCT cet-13710 118 56 un un ADJ cet-13710 118 57 - - ADJ cet-13710 118 58 ignited ignite VERB cet-13710 118 59 and and CCONJ cet-13710 118 60 ignited ignite VERB cet-13710 118 61 high high ADJ cet-13710 118 62 pressure pressure NOUN cet-13710 118 63 hydrogen hydrogen NOUN cet-13710 118 64 releases release NOUN cet-13710 118 65 : : PUNCT cet-13710 118 66 concentration concentration NOUN cet-13710 118 67 – – PUNCT cet-13710 118 68 turbulence turbulence NOUN cet-13710 118 69 mapping mapping NOUN cet-13710 118 70 and and CCONJ cet-13710 118 71 overpressure overpressure NOUN cet-13710 118 72 effects effect NOUN cet-13710 118 73 . . PUNCT cet-13710 119 1 journal journal NOUN cet-13710 119 2 of of ADP cet-13710 119 3 loss loss NOUN cet-13710 119 4 prevention prevention NOUN cet-13710 119 5 in in ADP cet-13710 119 6 the the DET cet-13710 119 7 process process NOUN cet-13710 119 8 industries industry NOUN cet-13710 119 9 , , PUNCT cet-13710 119 10 36 36 NUM cet-13710 119 11 , , PUNCT cet-13710 119 12 439 439 NUM cet-13710 119 13 - - SYM cet-13710 119 14 446 446 NUM cet-13710 119 15 . . PUNCT cet-13710 120 1 donaldson donaldson PROPN cet-13710 120 2 , , PUNCT cet-13710 120 3 c.d c.d PROPN cet-13710 120 4 . . PROPN cet-13710 120 5 , , PUNCT cet-13710 120 6 snedeker snedeker PROPN cet-13710 120 7 r.s r.s PROPN cet-13710 120 8 . . PROPN cet-13710 120 9 , , PUNCT cet-13710 120 10 1971 1971 NUM cet-13710 120 11 , , PUNCT cet-13710 120 12 a a DET cet-13710 120 13 study study NOUN cet-13710 120 14 of of ADP cet-13710 120 15 free free ADJ cet-13710 120 16 jet jet NOUN cet-13710 120 17 impingement impingement NOUN cet-13710 120 18 . . PUNCT cet-13710 121 1 part part NOUN cet-13710 121 2 1 1 NUM cet-13710 121 3 . . PUNCT cet-13710 122 1 mean mean ADJ cet-13710 122 2 properties property NOUN cet-13710 122 3 of of ADP cet-13710 122 4 free free ADJ cet-13710 122 5 and and CCONJ cet-13710 122 6 impinging impinge VERB cet-13710 122 7 jets jet NOUN cet-13710 122 8 , , PUNCT cet-13710 122 9 journal journal NOUN cet-13710 122 10 of of ADP cet-13710 122 11 fluid fluid ADJ cet-13710 122 12 mechanics mechanic NOUN cet-13710 122 13 , , PUNCT cet-13710 122 14 45 45 NUM cet-13710 122 15 , , PUNCT cet-13710 122 16 pp281 pp281 NOUN cet-13710 122 17 - - SYM cet-13710 122 18 319 319 NUM cet-13710 122 19 franquet franquet NOUN cet-13710 122 20 , , PUNCT cet-13710 122 21 e. e. PROPN cet-13710 122 22 , , PUNCT cet-13710 122 23 perrier perrier PROPN cet-13710 122 24 , , PUNCT cet-13710 122 25 v. v. ADV cet-13710 122 26 , , PUNCT cet-13710 122 27 gibout gibout NOUN cet-13710 122 28 , , PUNCT cet-13710 122 29 s. s. PROPN cet-13710 122 30 , , PUNCT cet-13710 122 31 & & CCONJ cet-13710 122 32 bruel bruel PROPN cet-13710 122 33 , , PUNCT cet-13710 122 34 p. p. NOUN cet-13710 122 35 , , PUNCT cet-13710 122 36 2015 2015 NUM cet-13710 122 37 , , PUNCT cet-13710 122 38 free free ADJ cet-13710 122 39 underexpanded underexpanded ADJ cet-13710 122 40 jets jet NOUN cet-13710 122 41 in in ADP cet-13710 122 42 a a DET cet-13710 122 43 quiescent quiescent ADJ cet-13710 122 44 medium medium NOUN cet-13710 122 45 : : PUNCT cet-13710 122 46 a a DET cet-13710 122 47 review review NOUN cet-13710 122 48 . . PUNCT cet-13710 123 1 progress progress NOUN cet-13710 123 2 in in ADP cet-13710 123 3 aerospace aerospace NOUN cet-13710 123 4 sciences science NOUN cet-13710 123 5 , , PUNCT cet-13710 123 6 77 77 NUM cet-13710 123 7 , , PUNCT cet-13710 123 8 25 25 NUM cet-13710 123 9 - - SYM cet-13710 123 10 53 53 NUM cet-13710 123 11 . . PUNCT cet-13710 124 1 han han PROPN cet-13710 124 2 , , PUNCT cet-13710 124 3 s. s. PROPN cet-13710 124 4 h. h. PROPN cet-13710 124 5 , , PUNCT cet-13710 124 6 chang chang PROPN cet-13710 124 7 , , PUNCT cet-13710 124 8 d. d. PROPN cet-13710 124 9 , , PUNCT cet-13710 124 10 & & CCONJ cet-13710 124 11 kim kim PROPN cet-13710 124 12 , , PUNCT cet-13710 124 13 j. j. PROPN cet-13710 124 14 s. s. PROPN cet-13710 124 15 , , PUNCT cet-13710 124 16 2013 2013 NUM cet-13710 124 17 , , PUNCT cet-13710 124 18 release release VERB cet-13710 124 19 characteristics characteristic NOUN cet-13710 124 20 of of ADP cet-13710 124 21 highly highly ADV cet-13710 124 22 pressurized pressurized ADJ cet-13710 124 23 hydrogen hydrogen NOUN cet-13710 124 24 through through ADP cet-13710 124 25 a a DET cet-13710 124 26 small small ADJ cet-13710 124 27 hole hole NOUN cet-13710 124 28 . . PUNCT cet-13710 125 1 international international ADJ cet-13710 125 2 journal journal PROPN cet-13710 125 3 of of ADP cet-13710 125 4 hydrogen hydrogen NOUN cet-13710 125 5 energy energy NOUN cet-13710 125 6 , , PUNCT cet-13710 125 7 38(8 38(8 NUM cet-13710 125 8 ) ) PUNCT cet-13710 125 9 , , PUNCT cet-13710 125 10 3503 3503 NUM cet-13710 125 11 - - SYM cet-13710 125 12 3512 3512 NUM cet-13710 125 13 . . PUNCT cet-13710 126 1 jallais jallais PROPN cet-13710 126 2 , , PUNCT cet-13710 126 3 s. s. PROPN cet-13710 126 4 , , PUNCT cet-13710 126 5 vyazmina vyazmina PROPN cet-13710 126 6 , , PUNCT cet-13710 126 7 e. e. PROPN cet-13710 126 8 , , PUNCT cet-13710 126 9 miller miller PROPN cet-13710 126 10 , , PUNCT cet-13710 126 11 d. d. PROPN cet-13710 126 12 , , PUNCT cet-13710 126 13 & & CCONJ cet-13710 126 14 thomas thomas PROPN cet-13710 126 15 , , PUNCT cet-13710 126 16 j. j. PROPN cet-13710 126 17 k. k. PROPN cet-13710 126 18 , , PUNCT cet-13710 126 19 2018 2018 NUM cet-13710 126 20 , , PUNCT cet-13710 126 21 hydrogen hydrogen NOUN cet-13710 126 22 jet jet NOUN cet-13710 126 23 vapor vapor NOUN cet-13710 126 24 cloud cloud NOUN cet-13710 126 25 explosion explosion NOUN cet-13710 126 26 : : PUNCT cet-13710 126 27 a a DET cet-13710 126 28 model model NOUN cet-13710 126 29 for for ADP cet-13710 126 30 predicting predict VERB cet-13710 126 31 blast blast NOUN cet-13710 126 32 size size NOUN cet-13710 126 33 and and CCONJ cet-13710 126 34 application application NOUN cet-13710 126 35 to to PART cet-13710 126 36 risk risk VERB cet-13710 126 37 assessment assessment NOUN cet-13710 126 38 . . PUNCT cet-13710 127 1 process process NOUN cet-13710 127 2 safety safety NOUN cet-13710 127 3 progress progress NOUN cet-13710 127 4 , , PUNCT cet-13710 127 5 37(3 37(3 NUM cet-13710 127 6 ) ) PUNCT cet-13710 127 7 , , PUNCT cet-13710 127 8 397 397 NUM cet-13710 127 9 - - SYM cet-13710 127 10 410 410 NUM cet-13710 127 11 . . PUNCT cet-13710 128 1 mack mack PROPN cet-13710 128 2 , , PUNCT cet-13710 128 3 a. a. NOUN cet-13710 128 4 , , PUNCT cet-13710 128 5 ruiz ruiz NOUN cet-13710 128 6 - - PUNCT cet-13710 128 7 pΓ©rez pΓ©rez NOUN cet-13710 128 8 , , PUNCT cet-13710 128 9 s. s. PROPN cet-13710 128 10 , , PUNCT cet-13710 128 11 boot boot PROPN cet-13710 128 12 , , PUNCT cet-13710 128 13 h. h. PROPN cet-13710 128 14 , , PUNCT cet-13710 128 15 2023 2023 NUM cet-13710 128 16 , , PUNCT cet-13710 128 17 extension extension NOUN cet-13710 128 18 of of ADP cet-13710 128 19 the the DET cet-13710 128 20 effects effect NOUN cet-13710 128 21 dispersion dispersion NOUN cet-13710 128 22 model model NOUN cet-13710 128 23 for for ADP cet-13710 128 24 buoyant buoyant ADJ cet-13710 128 25 plume plume NOUN cet-13710 128 26 rise rise NOUN cet-13710 128 27 including include VERB cet-13710 128 28 lift lift NOUN cet-13710 128 29 - - PUNCT cet-13710 128 30 off off NOUN cet-13710 128 31 , , PUNCT cet-13710 128 32 process process NOUN cet-13710 128 33 safety safety NOUN cet-13710 128 34 and and CCONJ cet-13710 128 35 environmental environmental ADJ cet-13710 128 36 protection protection NOUN cet-13710 128 37 , , PUNCT cet-13710 128 38 volume volume NOUN cet-13710 128 39 176 176 NUM cet-13710 128 40 , , PUNCT cet-13710 128 41 747 747 NUM cet-13710 128 42 - - SYM cet-13710 128 43 762 762 NUM cet-13710 128 44 . . PUNCT cet-13710 128 45 molkov molkov PROPN cet-13710 128 46 , , PUNCT cet-13710 128 47 v. v. ADP cet-13710 128 48 , , PUNCT cet-13710 128 49 2012 2012 NUM cet-13710 128 50 , , PUNCT cet-13710 128 51 fundamentals fundamental NOUN cet-13710 128 52 of of ADP cet-13710 128 53 hydrogen hydrogen NOUN cet-13710 128 54 safety safety NOUN cet-13710 128 55 engineering engineering NOUN cet-13710 128 56 . . PUNCT cet-13710 129 1 bookboon.com bookboon.com X cet-13710 129 2 , , PUNCT cet-13710 129 3 isbn isbn ADJ cet-13710 129 4 : : PUNCT cet-13710 129 5 978 978 NUM cet-13710 129 6 - - SYM cet-13710 129 7 87 87 NUM cet-13710 129 8 . . PUNCT cet-13710 130 1 roberts roberts PROPN cet-13710 130 2 , , PUNCT cet-13710 130 3 p. p. PROPN cet-13710 130 4 t. t. PROPN cet-13710 130 5 , , PUNCT cet-13710 130 6 shirvill shirvill PROPN cet-13710 130 7 , , PUNCT cet-13710 130 8 l. l. PROPN cet-13710 130 9 c. c. PROPN cet-13710 130 10 , , PUNCT cet-13710 130 11 roberts roberts PROPN cet-13710 130 12 , , PUNCT cet-13710 130 13 t. t. PROPN cet-13710 130 14 a. a. PROPN cet-13710 130 15 , , PUNCT cet-13710 130 16 butler butler PROPN cet-13710 130 17 , , PUNCT cet-13710 130 18 c. c. PROPN cet-13710 130 19 j. j. PROPN cet-13710 130 20 , , PUNCT cet-13710 130 21 & & CCONJ cet-13710 130 22 royle royle PROPN cet-13710 130 23 , , PUNCT cet-13710 130 24 m. m. NOUN cet-13710 130 25 , , PUNCT cet-13710 130 26 2006 2006 NUM cet-13710 130 27 , , PUNCT cet-13710 130 28 dispersion dispersion NOUN cet-13710 130 29 of of ADP cet-13710 130 30 hydrogen hydrogen NOUN cet-13710 130 31 from from ADP cet-13710 130 32 high high ADJ cet-13710 130 33 - - PUNCT cet-13710 130 34 pressure pressure NOUN cet-13710 130 35 sources source NOUN cet-13710 130 36 . . PUNCT cet-13710 131 1 in in ADP cet-13710 131 2 : : PUNCT cet-13710 131 3 institution institution NOUN cet-13710 131 4 of of ADP cet-13710 131 5 chemical chemical ADJ cet-13710 131 6 engineers engineer NOUN cet-13710 131 7 symposium symposium NOUN cet-13710 131 8 series series PROPN cet-13710 131 9 . . PUNCT cet-13710 132 1 institution institution NOUN cet-13710 132 2 of of ADP cet-13710 132 3 chemical chemical ADJ cet-13710 132 4 engineers engineer NOUN cet-13710 132 5 1999 1999 NUM cet-13710 132 6 , , PUNCT cet-13710 132 7 p. p. NOUN cet-13710 132 8 410 410 NUM cet-13710 132 9 . . PUNCT cet-13710 133 1 sautet sautet NOUN cet-13710 133 2 , , PUNCT cet-13710 133 3 j. j. PROPN cet-13710 133 4 c. c. PROPN cet-13710 133 5 , , PUNCT cet-13710 133 6 and and CCONJ cet-13710 133 7 stepowski stepowski NOUN cet-13710 133 8 , , PUNCT cet-13710 133 9 d. d. PROPN cet-13710 133 10 , , PUNCT cet-13710 133 11 1995 1995 NUM cet-13710 133 12 , , PUNCT cet-13710 133 13 dynamic dynamic ADJ cet-13710 133 14 behavior behavior NOUN cet-13710 133 15 of of ADP cet-13710 133 16 variable‐density variable‐density NOUN cet-13710 133 17 , , PUNCT cet-13710 133 18 turbulent turbulent ADJ cet-13710 133 19 jets jet NOUN cet-13710 133 20 in in ADP cet-13710 133 21 their their PRON cet-13710 133 22 near near ADJ cet-13710 133 23 development development NOUN cet-13710 133 24 fields field NOUN cet-13710 133 25 . . PUNCT cet-13710 134 1 physics physics PROPN cet-13710 134 2 of of ADP cet-13710 134 3 fluids fluid NOUN cet-13710 134 4 , , PUNCT cet-13710 134 5 7(11 7(11 NUM cet-13710 134 6 ) ) PUNCT cet-13710 134 7 , , PUNCT cet-13710 134 8 2796 2796 NUM cet-13710 134 9 - - SYM cet-13710 134 10 2806 2806 NUM cet-13710 134 11 . . PUNCT cet-13710 135 1 witze witze PROPN cet-13710 135 2 , , PUNCT cet-13710 135 3 p. p. PROPN cet-13710 135 4 o. o. PROPN cet-13710 135 5 , , PUNCT cet-13710 135 6 1974 1974 NUM cet-13710 135 7 , , PUNCT cet-13710 135 8 centerline centerline NOUN cet-13710 135 9 velocity velocity NOUN cet-13710 135 10 decay decay NOUN cet-13710 135 11 of of ADP cet-13710 135 12 compressible compressible ADJ cet-13710 135 13 free free ADJ cet-13710 135 14 jets jet NOUN cet-13710 135 15 . . PUNCT cet-13710 136 1 aiaa aiaa PROPN cet-13710 136 2 journal journal PROPN cet-13710 136 3 , , PUNCT cet-13710 136 4 12.4 12.4 NUM cet-13710 136 5 : : PUNCT cet-13710 136 6 417 417 NUM cet-13710 136 7 - - SYM cet-13710 136 8 418 418 NUM cet-13710 136 9 . . PUNCT cet-13710 137 1 30 30 NUM cet-13710 137 2 17mack.pdf 17mack.pdf NUM cet-13710 137 3 improvement improvement NOUN cet-13710 137 4 of of ADP cet-13710 137 5 the the DET cet-13710 137 6 effects effect NOUN cet-13710 137 7 dispersion dispersion NOUN cet-13710 137 8 model model NOUN cet-13710 137 9 for for ADP cet-13710 137 10 under under ADP cet-13710 137 11 expanded expand VERB cet-13710 137 12 turbulent turbulent ADJ cet-13710 137 13 jets jet NOUN