id sid tid token lemma pos hjic-1087 1 1 hungarian hungarian ADJ hjic-1087 1 2 journal journal NOUN hjic-1087 1 3 of of ADP hjic-1087 1 4 industrial industrial ADJ hjic-1087 1 5 chemistry chemistry NOUN hjic-1087 1 6 veszprem veszprem PROPN hjic-1087 1 7 vol vol NOUN hjic-1087 1 8 . . PROPN hjic-1087 2 1 29 29 NUM hjic-1087 2 2 . . PUNCT hjic-1087 3 1 pp pp ADJ hjic-1087 3 2 . . PUNCT hjic-1087 4 1 149154 149154 NUM hjic-1087 4 2 ( ( PUNCT hjic-1087 4 3 2001 2001 NUM hjic-1087 4 4 ) ) PUNCT hjic-1087 4 5 rheology rheology NOUN hjic-1087 4 6 of of ADP hjic-1087 4 7 alumina alumina NOUN hjic-1087 4 8 slips slip VERB hjic-1087 4 9 a. a. NOUN hjic-1087 4 10 p p PROPN hjic-1087 4 11 apo apo PROPN hjic-1087 4 12 * * PUNCT hjic-1087 4 13 and and CCONJ hjic-1087 4 14 l. l. PROPN hjic-1087 4 15 plant plant PROPN hjic-1087 4 16 * * PUNCT hjic-1087 4 17 ( ( PUNCT hjic-1087 4 18 dipartimento dipartimento ADP hjic-1087 4 19 di di X hjic-1087 4 20 scienze scienze PROPN hjic-1087 4 21 e e PROPN hjic-1087 4 22 tecnologie tecnologie PROPN hjic-1087 4 23 chimiche chimiche PROPN hjic-1087 4 24 , , PUNCT hjic-1087 4 25 universita universita PROPN hjic-1087 4 26 degli degli PROPN hjic-1087 4 27 studi studi PROPN hjic-1087 4 28 di di X hjic-1087 4 29 udine udine PROPN hjic-1087 4 30 , , PUNCT hjic-1087 4 31 via via ADP hjic-1087 4 32 cotonificio,108 cotonificio,108 PROPN hjic-1087 4 33 , , PUNCT hjic-1087 4 34 33100 33100 NUM hjic-1087 4 35 udine udine PROPN hjic-1087 4 36 , , PUNCT hjic-1087 4 37 italy italy PROPN hjic-1087 4 38 ) ) PUNCT hjic-1087 4 39 received receive VERB hjic-1087 4 40 : : PUNCT hjic-1087 4 41 october october PROPN hjic-1087 4 42 31 31 NUM hjic-1087 4 43 , , PUNCT hjic-1087 4 44 2001 2001 NUM hjic-1087 4 45 the the DET hjic-1087 4 46 aim aim NOUN hjic-1087 4 47 of of ADP hjic-1087 4 48 the the DET hjic-1087 4 49 present present ADJ hjic-1087 4 50 work work NOUN hjic-1087 4 51 is be AUX hjic-1087 4 52 to to PART hjic-1087 4 53 study study VERB hjic-1087 4 54 the the DET hjic-1087 4 55 rheological rheological ADJ hjic-1087 4 56 behaviour behaviour NOUN hjic-1087 4 57 of of ADP hjic-1087 4 58 concentrated concentrated ADJ hjic-1087 4 59 aqueous aqueous ADJ hjic-1087 4 60 alumina alumina NOUN hjic-1087 4 61 suspensions suspension NOUN hjic-1087 4 62 . . PUNCT hjic-1087 5 1 aqueous aqueous ADJ hjic-1087 5 2 alumina alumina NOUN hjic-1087 5 3 suspensions suspension NOUN hjic-1087 5 4 were be AUX hjic-1087 5 5 prepared prepare VERB hjic-1087 5 6 at at ADP hjic-1087 5 7 various various ADJ hjic-1087 5 8 solid solid ADJ hjic-1087 5 9 contents content NOUN hjic-1087 5 10 ( ( PUNCT hjic-1087 5 11 65 65 NUM hjic-1087 5 12 to to PART hjic-1087 5 13 77.5 77.5 NUM hjic-1087 5 14 wt% wt% ADJ hjic-1087 5 15 ) ) PUNCT hjic-1087 5 16 . . PUNCT hjic-1087 6 1 rheological rheological ADJ hjic-1087 6 2 tests test NOUN hjic-1087 6 3 were be AUX hjic-1087 6 4 carried carry VERB hjic-1087 6 5 out out ADP hjic-1087 6 6 at at ADP hjic-1087 6 7 25±0.1 25±0.1 NUM hjic-1087 6 8 ° ° ADP hjic-1087 6 9 c c NOUN hjic-1087 6 10 by by ADP hjic-1087 6 11 using use VERB hjic-1087 6 12 the the DET hjic-1087 6 13 rate rate NOUN hjic-1087 6 14 controlled control VERB hjic-1087 6 15 coaxial coaxial ADJ hjic-1087 6 16 cylinder cylinder NOUN hjic-1087 6 17 viscometer viscometer NOUN hjic-1087 6 18 rotovisko rotovisko ADJ hjic-1087 6 19 - - PUNCT hjic-1087 6 20 haake haake NOUN hjic-1087 6 21 20 20 NUM hjic-1087 6 22 , , PUNCT hjic-1087 6 23 system system NOUN hjic-1087 6 24 m5 m5 NOUN hjic-1087 6 25 - - PUNCT hjic-1087 6 26 osc osc NOUN hjic-1087 6 27 . . PROPN hjic-1087 6 28 , , PUNCT hjic-1087 6 29 measuring measure VERB hjic-1087 6 30 device device NOUN hjic-1087 6 31 sv2p sv2p NOUN hjic-1087 6 32 with with ADP hjic-1087 6 33 serrated serrate VERB hjic-1087 6 34 surfaces surface NOUN hjic-1087 6 35 . . PUNCT hjic-1087 7 1 the the DET hjic-1087 7 2 tests test NOUN hjic-1087 7 3 were be AUX hjic-1087 7 4 performed perform VERB hjic-1087 7 5 under under ADP hjic-1087 7 6 both both CCONJ hjic-1087 7 7 continuous continuous ADJ hjic-1087 7 8 and and CCONJ hjic-1087 7 9 oscillatory oscillatory ADJ hjic-1087 7 10 flow flow NOUN hjic-1087 7 11 conditions condition NOUN hjic-1087 7 12 . . PUNCT hjic-1087 8 1 all all DET hjic-1087 8 2 the the DET hjic-1087 8 3 suspensions suspension NOUN hjic-1087 8 4 studied study VERB hjic-1087 8 5 show show VERB hjic-1087 8 6 a a DET hjic-1087 8 7 rheological rheological ADJ hjic-1087 8 8 behaviour behaviour NOUN hjic-1087 8 9 of of ADP hjic-1087 8 10 the the DET hjic-1087 8 11 shear shear NOUN hjic-1087 8 12 - - PUNCT hjic-1087 8 13 thinning thin VERB hjic-1087 8 14 type type NOUN hjic-1087 8 15 ; ; PUNCT hjic-1087 8 16 in in ADP hjic-1087 8 17 addition addition NOUN hjic-1087 8 18 . . PUNCT hjic-1087 9 1 the the DET hjic-1087 9 2 presence presence NOUN hjic-1087 9 3 of of ADP hjic-1087 9 4 a a DET hjic-1087 9 5 yield yield NOUN hjic-1087 9 6 stress stress NOUN hjic-1087 9 7 is be AUX hjic-1087 9 8 noticed notice VERB hjic-1087 9 9 . . PUNCT hjic-1087 10 1 some some DET hjic-1087 10 2 rheological rheological ADJ hjic-1087 10 3 equations equation NOUN hjic-1087 10 4 of of ADP hjic-1087 10 5 both both DET hjic-1087 10 6 ' ' PUNCT hjic-1087 10 7 t t PROPN hjic-1087 10 8 = = SYM hjic-1087 10 9 f f PROPN hjic-1087 10 10 ( ( PUNCT hjic-1087 10 11 y y PROPN hjic-1087 10 12 ) ) PUNCT hjic-1087 10 13 and and CCONJ hjic-1087 10 14 11rf(

> PUNCT hjic-1087 42 15 . . PUNCT hjic-1087 43 1 70wt% 70wt% NUM hjic-1087 43 2 • • NOUN hjic-1087 43 3 65wt% 65wt% NUM hjic-1087 43 4 o+---~---.--~~--.---~---.--~--~ o+---~---.--~~--.---~---.--~--~ NOUN hjic-1087 43 5 0 0 NUM hjic-1087 43 6 100 100 NUM hjic-1087 43 7 200 200 NUM hjic-1087 43 8 300 300 NUM hjic-1087 43 9 y y PROPN hjic-1087 44 1 [ [ X hjic-1087 44 2 s-1 s-1 X hjic-1087 44 3 ] ] PUNCT hjic-1087 44 4 400 400 NUM hjic-1087 44 5 fig fig NOUN hjic-1087 44 6 . . PUNCT hjic-1087 45 1 i i PRON hjic-1087 45 2 shear shear VERB hjic-1087 45 3 stress stress NOUN hjic-1087 45 4 ( ( PUNCT hjic-1087 45 5 ' ' PUNCT hjic-1087 45 6 t t NOUN hjic-1087 45 7 ) ) PUNCT hjic-1087 45 8 vs. vs. ADP hjic-1087 45 9 shear shear NOUN hjic-1087 45 10 rate rate NOUN hjic-1087 45 11 ( ( PUNCT hjic-1087 45 12 y y NOUN hjic-1087 45 13 ) ) PUNCT hjic-1087 45 14 flow flow VERB hjic-1087 45 15 curves curve NOUN hjic-1087 45 16 for for ADP hjic-1087 45 17 the the DET hjic-1087 45 18 alumina alumina NOUN hjic-1087 45 19 suspensions suspension NOUN hjic-1087 45 20 studied study VERB hjic-1087 45 21 . . PUNCT hjic-1087 46 1 show show VERB hjic-1087 46 2 a a DET hjic-1087 46 3 rheological rheological ADJ hjic-1087 46 4 behaviour behaviour NOUN hjic-1087 46 5 of of ADP hjic-1087 46 6 the the DET hjic-1087 46 7 shear shear NOUN hjic-1087 46 8 - - PUNCT hjic-1087 46 9 thinning thin VERB hjic-1087 46 10 type type NOUN hjic-1087 46 11 ; ; PUNCT hjic-1087 46 12 in in ADP hjic-1087 46 13 addition addition NOUN hjic-1087 46 14 , , PUNCT hjic-1087 46 15 the the DET hjic-1087 46 16 presence presence NOUN hjic-1087 46 17 of of ADP hjic-1087 46 18 a a DET hjic-1087 46 19 yield yield NOUN hjic-1087 46 20 stress stress NOUN hjic-1087 46 21 is be AUX hjic-1087 46 22 made make VERB hjic-1087 46 23 evident evident ADJ hjic-1087 46 24 . . PUNCT hjic-1087 47 1 a a DET hjic-1087 47 2 great great ADJ hjic-1087 47 3 increase increase NOUN hjic-1087 47 4 in in ADP hjic-1087 47 5 viscosity viscosity NOUN hjic-1087 47 6 is be AUX hjic-1087 47 7 noticed notice VERB hjic-1087 47 8 by by ADP hjic-1087 47 9 passing pass VERB hjic-1087 47 10 from from ADP hjic-1087 47 11 75 75 NUM hjic-1087 47 12 to to PART hjic-1087 47 13 77.5 77.5 NUM hjic-1087 47 14 wt% wt% NUM hjic-1087 47 15 . . PUNCT hjic-1087 48 1 in in ADP hjic-1087 48 2 order order NOUN hjic-1087 48 3 to to PART hjic-1087 48 4 obtain obtain VERB hjic-1087 48 5 the the DET hjic-1087 48 6 most most ADV hjic-1087 48 7 suitable suitable ADJ hjic-1087 48 8 equation equation NOUN hjic-1087 48 9 for for ADP hjic-1087 48 10 describing describe VERB hjic-1087 48 11 as as ADV hjic-1087 48 12 well well ADV hjic-1087 48 13 as as ADP hjic-1087 48 14 predicting predict VERB hjic-1087 48 15 the the DET hjic-1087 48 16 rheological rheological ADJ hjic-1087 48 17 behaviour behaviour NOUN hjic-1087 48 18 of of ADP hjic-1087 48 19 alumina alumina NOUN hjic-1087 48 20 aqueous aqueous ADJ hjic-1087 48 21 suspensions suspension NOUN hjic-1087 48 22 some some DET hjic-1087 48 23 models model NOUN hjic-1087 48 24 of of ADP hjic-1087 48 25 the the DET hjic-1087 48 26 literature literature NOUN hjic-1087 48 27 of of ADP hjic-1087 48 28 both both DET hjic-1087 48 29 ' ' PUNCT hjic-1087 48 30 t t PROPN hjic-1087 48 31 = = SYM hjic-1087 48 32 f f PROPN hjic-1087 48 33 ( ( PUNCT hjic-1087 48 34 r r NOUN hjic-1087 48 35 ) ) PUNCT hjic-1087 48 36 and and CCONJ hjic-1087 48 37 rtr rtr PROPN hjic-1087 48 38 = = SYM hjic-1087 48 39 f f PROPN hjic-1087 48 40 ( ( PUNCT hjic-1087 48 41 < < X hjic-1087 48 42 i i X hjic-1087 48 43 > > NOUN hjic-1087 48 44 ' ' PUNCT hjic-1087 48 45 r r NOUN hjic-1087 48 46 ) ) PUNCT hjic-1087 48 47 type type NOUN hjic-1087 48 48 were be AUX hjic-1087 48 49 taken take VERB hjic-1087 48 50 into into ADP hjic-1087 48 51 consideration consideration NOUN hjic-1087 48 52 . . PUNCT hjic-1087 49 1 models model NOUN hjic-1087 49 2 of of ADP hjic-1087 49 3 the the DET hjic-1087 49 4 ' ' PUNCT hjic-1087 49 5 i i PRON hjic-1087 49 6 = = ADJ hjic-1087 49 7 f f PROPN hjic-1087 49 8 ( ( PUNCT hjic-1087 49 9 y y NOUN hjic-1087 49 10 ) ) PUNCT hjic-1087 49 11 type type NOUN hjic-1087 49 12 among among ADP hjic-1087 49 13 the the DET hjic-1087 49 14 rheological rheological ADJ hjic-1087 49 15 models model NOUN hjic-1087 49 16 which which PRON hjic-1087 49 17 correlate correlate VERB hjic-1087 49 18 shear shear NOUN hjic-1087 49 19 stress stress NOUN hjic-1087 49 20 with with ADP hjic-1087 49 21 shear shear NOUN hjic-1087 49 22 rate rate NOUN hjic-1087 49 23 , , PUNCT hjic-1087 49 24 only only ADV hjic-1087 49 25 the the DET hjic-1087 49 26 following follow VERB hjic-1087 49 27 literature literature NOUN hjic-1087 49 28 equations equation NOUN hjic-1087 49 29 which which PRON hjic-1087 49 30 take take VERB hjic-1087 49 31 into into ADP hjic-1087 49 32 consideration consideration NOUN hjic-1087 49 33 the the DET hjic-1087 49 34 presence presence NOUN hjic-1087 49 35 of of ADP hjic-1087 49 36 yield yield NOUN hjic-1087 49 37 stress stress NOUN hjic-1087 49 38 were be AUX hjic-1087 49 39 tested test VERB hjic-1087 49 40 : : PUNCT hjic-1087 49 41 the the DET hjic-1087 49 42 bingham bingham PROPN hjic-1087 49 43 model model NOUN hjic-1087 49 44 ( ( PUNCT hjic-1087 49 45 1 1 X hjic-1087 49 46 ) ) PUNCT hjic-1087 49 47 the the DET hjic-1087 49 48 casson casson PROPN hjic-1087 49 49 model model NOUN hjic-1087 49 50 ' ' PROPN hjic-1087 49 51 t=='to+tjoo t=='to+tjoo PROPN hjic-1087 49 52 y y NOUN hjic-1087 49 53 +2['t'o11oo]112y +2['t'o11oo]112y ADV hjic-1087 49 54 112 112 NUM hjic-1087 49 55 ( ( PUNCT hjic-1087 49 56 2 2 NUM hjic-1087 49 57 ) ) PUNCT hjic-1087 49 58 the the DET hjic-1087 49 59 generalized generalized ADJ hjic-1087 49 60 casson casson PROPN hjic-1087 49 61 model model NOUN hjic-1087 49 62 ' ' PUNCT hjic-1087 49 63 tn='t'o tn='t'o PROPN hjic-1087 49 64 n+[tjoo n+[tjoo ADJ hjic-1087 49 65 y y NOUN hjic-1087 49 66 jll jll NOUN hjic-1087 49 67 ( ( PUNCT hjic-1087 49 68 3 3 NUM hjic-1087 49 69 ) ) PUNCT hjic-1087 49 70 the the DET hjic-1087 49 71 herschel herschel PROPN hjic-1087 49 72 - - PUNCT hjic-1087 49 73 bulkley bulkley PROPN hjic-1087 49 74 model model NOUN hjic-1087 49 75 ' ' PUNCT hjic-1087 49 76 t='to+ky t='to+ky PROPN hjic-1087 49 77 n n PRON hjic-1087 49 78 the the DET hjic-1087 49 79 sisko sisko PROPN hjic-1087 49 80 modified modify VERB hjic-1087 49 81 model model NOUN hjic-1087 49 82 ' ' PROPN hjic-1087 49 83 t='t'o+lloo t='t'o+lloo NOUN hjic-1087 49 84 y y PROPN hjic-1087 49 85 + + PROPN hjic-1087 49 86 k k PROPN hjic-1087 49 87 y y PROPN hjic-1087 49 88 n n PROPN hjic-1087 49 89 ( ( PUNCT hjic-1087 49 90 4 4 NUM hjic-1087 49 91 ) ) PUNCT hjic-1087 49 92 ( ( PUNCT hjic-1087 49 93 5 5 NUM hjic-1087 49 94 ) ) PUNCT hjic-1087 49 95 from from ADP hjic-1087 49 96 a a DET hjic-1087 49 97 deep deep ADJ hjic-1087 49 98 examination examination NOUN hjic-1087 49 99 of of ADP hjic-1087 49 100 figs.2 figs.2 PROPN hjic-1087 49 101 - - PUNCT hjic-1087 49 102 5 5 NUM hjic-1087 49 103 the the DET hjic-1087 49 104 following follow VERB hjic-1087 49 105 general general ADJ hjic-1087 49 106 considerations consideration NOUN hjic-1087 49 107 can can AUX hjic-1087 49 108 be be AUX hjic-1087 49 109 put put VERB hjic-1087 49 110 on on ADP hjic-1087 49 111 : : PUNCT hjic-1087 49 112 1 1 X hjic-1087 49 113 ) ) PUNCT hjic-1087 49 114 no no DET hjic-1087 49 115 satisfactory satisfactory ADJ hjic-1087 49 116 correlation correlation NOUN hjic-1087 49 117 with with ADP hjic-1087 49 118 solid solid ADJ hjic-1087 49 119 volume volume NOUN hjic-1087 49 120 fraction fraction NOUN hjic-1087 49 121 can can AUX hjic-1087 49 122 be be AUX hjic-1087 49 123 noticed notice VERB hjic-1087 49 124 for for ADP hjic-1087 49 125 the the DET hjic-1087 49 126 generalized generalize VERB hjic-1087 49 127 casson casson NOUN hjic-1087 49 128 infinite infinite ADJ hjic-1087 49 129 viscosity viscosity NOUN hjic-1087 49 130 ; ; PUNCT hjic-1087 49 131 on on ADP hjic-1087 49 132 the the DET hjic-1087 49 133 other other ADJ hjic-1087 49 134 hand hand NOUN hjic-1087 49 135 , , PUNCT hjic-1087 49 136 a a DET hjic-1087 49 137 distinct distinct ADJ hjic-1087 49 138 fitting fitting NOUN hjic-1087 49 139 was be AUX hjic-1087 49 140 obtained obtain VERB hjic-1087 49 141 by by ADP hjic-1087 49 142 correlating correlate VERB hjic-1087 49 143 with with ADP hjic-1087 49 144 < < X hjic-1087 49 145 p p X hjic-1087 49 146 the the DET hjic-1087 49 147 lloo lloo ADJ hjic-1087 49 148 values value NOUN hjic-1087 49 149 determined determine VERB hjic-1087 49 150 with with ADP hjic-1087 49 151 eqn eqn NOUN hjic-1087 49 152 . . PUNCT hjic-1087 50 1 { { PUNCT hjic-1087 50 2 5 5 NUM hjic-1087 50 3 ) ) PUNCT hjic-1087 50 4 and and CCONJ hjic-1087 50 5 using use VERB hjic-1087 50 6 the the DET hjic-1087 50 7 sigmoidal sigmoidal NOUN hjic-1087 50 8 boltzman boltzman NOUN hjic-1087 50 9 equation equation NOUN hjic-1087 50 10 : : PUNCT hjic-1087 50 11 table table NOUN hjic-1087 50 12 2 2 NUM hjic-1087 50 13 standard standard ADJ hjic-1087 50 14 deviations deviation NOUN hjic-1087 50 15 ( ( PUNCT hjic-1087 50 16 std std NOUN hjic-1087 50 17 ) ) PUNCT hjic-1087 50 18 and and CCONJ hjic-1087 50 19 coefficient coefficient NOUN hjic-1087 50 20 of of ADP hjic-1087 50 21 determination determination NOUN hjic-1087 50 22 values.(cod values.(cod NOUN hjic-1087 50 23 ) ) PUNCT hjic-1087 50 24 for for ADP hjic-1087 50 25 the the DET hjic-1087 50 26 alumina alumina NOUN hjic-1087 50 27 suspensions suspension NOUN hjic-1087 50 28 studied study VERB hjic-1087 50 29 eqn.(l eqn.(l PROPN hjic-1087 50 30 ) ) PUNCT hjic-1087 50 31 eqn.(2 eqn.(2 PROPN hjic-1087 50 32 ) ) PUNCT hjic-1087 50 33 eqn.(3 eqn.(3 NUM hjic-1087 50 34 ) ) PUNCT hjic-1087 50 35 eqn.(4 eqn.(4 PROPN hjic-1087 50 36 ) ) PUNCT hjic-1087 50 37 eqn.(5 eqn.(5 PROPN hjic-1087 50 38 ) ) PUNCT hjic-1087 50 39 sid sid PROPN hjic-1087 50 40 cod cod PROPN hjic-1087 50 41 . . PUNCT hjic-1087 51 1 std std NOUN hjic-1087 51 2 . . PUNCT hjic-1087 52 1 cod cod NOUN hjic-1087 52 2 std std NOUN hjic-1087 52 3 cod cod NOUN hjic-1087 52 4 std std NOUN hjic-1087 52 5 cod cod NOUN hjic-1087 52 6 std std NOUN hjic-1087 52 7 cod cod NOUN hjic-1087 52 8 alumina alumina NOUN hjic-1087 52 9 concentration concentration NOUN hjic-1087 52 10 ( ( PUNCT hjic-1087 52 11 wt% wt% X hjic-1087 52 12 ) ) PUNCT hjic-1087 52 13 65.0 65.0 NUM hjic-1087 52 14 70.0 70.0 NUM hjic-1087 52 15 72.5 72.5 NUM hjic-1087 52 16 75.0 75.0 NUM hjic-1087 52 17 77.5 77.5 NUM hjic-1087 52 18 5.78 5.78 NUM hjic-1087 52 19 14.9 14.9 NUM hjic-1087 52 20 17.8 17.8 NUM hjic-1087 52 21 31.1 31.1 NUM hjic-1087 52 22 131 131 NUM hjic-1087 52 23 0.982 0.982 NUM hjic-1087 52 24 0.955 0.955 NUM hjic-1087 52 25 0.965 0.965 NUM hjic-1087 52 26 0.976 0.976 NUM hjic-1087 52 27 0.807 0.807 NUM hjic-1087 52 28 8.26 8.26 NUM hjic-1087 52 29 8.07 8.07 NUM hjic-1087 52 30 21.5 21.5 NUM hjic-1087 52 31 20.7 20.7 NUM hjic-1087 52 32 98.4 98.4 NUM hjic-1087 52 33 0.963 0.963 NUM hjic-1087 52 34 0.987 0.987 NUM hjic-1087 52 35 0.950 0.950 NUM hjic-1087 52 36 0.989 0.989 NUM hjic-1087 52 37 0.892 0.892 NUM hjic-1087 52 38 5.90 5.90 NUM hjic-1087 52 39 8.15 8.15 NUM hjic-1087 52 40 18.0 18.0 NUM hjic-1087 52 41 20.2 20.2 NUM hjic-1087 52 42 85.4 85.4 NUM hjic-1087 52 43 0.982 0.982 NUM hjic-1087 52 44 0.987 0.987 NUM hjic-1087 52 45 0.966 0.966 NUM hjic-1087 52 46 0.990 0.990 NUM hjic-1087 52 47 0.922 0.922 NUM hjic-1087 52 48 5.91 5.91 NUM hjic-1087 52 49 8.04 8.04 NUM hjic-1087 52 50 18.0 18.0 NUM hjic-1087 52 51 20.0 20.0 NUM hjic-1087 52 52 84.3 84.3 NUM hjic-1087 52 53 0.982 0.982 NUM hjic-1087 52 54 0.988 0.988 NUM hjic-1087 52 55 0.966 0.966 NUM hjic-1087 52 56 0.991 0.991 NUM hjic-1087 52 57 0.924 0.924 NUM hjic-1087 52 58 5.81 5.81 NUM hjic-1087 52 59 7.99 7.99 NUM hjic-1087 52 60 18.3 18.3 NUM hjic-1087 52 61 19.9 19.9 NUM hjic-1087 52 62 85.0 85.0 NUM hjic-1087 52 63 0.983 0.983 NUM hjic-1087 52 64 0.988 0.988 NUM hjic-1087 52 65 0.966 0.966 NUM hjic-1087 52 66 0.991 0.991 NUM hjic-1087 52 67 0.924 0.924 NUM hjic-1087 52 68 0.319 0.319 NUM hjic-1087 52 69 0.370 0.370 NUM hjic-1087 52 70 0.399 0.399 NUM hjic-1087 52 71 < < X hjic-1087 52 72 p p X hjic-1087 52 73 0.430 0.430 NUM hjic-1087 52 74 0.464 0.464 NUM hjic-1087 52 75 fig.2 fig.2 PROPN hjic-1087 52 76 yield yield NOUN hjic-1087 52 77 stress stress NOUN hjic-1087 52 78 ( ( PUNCT hjic-1087 52 79 , , PUNCT hjic-1087 52 80 ; ; PUNCT hjic-1087 52 81 0 0 NUM hjic-1087 52 82 ) ) PUNCT hjic-1087 52 83 variation variation NOUN hjic-1087 52 84 with with ADP hjic-1087 52 85 solid solid ADJ hjic-1087 52 86 volume volume NOUN hjic-1087 52 87 fraction fraction NOUN hjic-1087 52 88 ( ( PUNCT hjic-1087 52 89 < < X hjic-1087 52 90 i i X hjic-1087 52 91 > > X hjic-1087 52 92 ) ) PUNCT hjic-1087 52 93 for for SCONJ hjic-1087 52 94 the the DET hjic-1087 52 95 alumina alumina NOUN hjic-1087 52 96 suspensions suspension NOUN hjic-1087 52 97 studied study VERB hjic-1087 52 98 . . PUNCT hjic-1087 53 1 ~~ ~~ PUNCT hjic-1087 53 2 ~ ~ PUNCT hjic-1087 53 3 eqn.2 eqn.2 PRON hjic-1087 53 4 [ [ X hjic-1087 53 5 mpa.s mpa.s X hjic-1087 53 6 ] ] X hjic-1087 53 7 eqn eqn NOUN hjic-1087 53 8 . . PUNCT hjic-1087 54 1 3 3 NUM hjic-1087 54 2 eqn.s eqn.s NUM hjic-1087 54 3 0.319 0.319 NUM hjic-1087 54 4 0.370 0.370 NUM hjic-1087 54 5 0.399 0.399 NUM hjic-1087 54 6 < < X hjic-1087 54 7 p p X hjic-1087 54 8 0.430 0.430 NUM hjic-1087 54 9 fig.3 fig.3 PROPN hjic-1087 54 10 infinite infinite ADJ hjic-1087 54 11 viscosity viscosity NOUN hjic-1087 54 12 ( ( PUNCT hjic-1087 54 13 floc floc NOUN hjic-1087 54 14 ) ) PUNCT hjic-1087 54 15 variation variation NOUN hjic-1087 54 16 with with ADP hjic-1087 54 17 solid solid ADJ hjic-1087 54 18 volume volume NOUN hjic-1087 54 19 fraction fraction NOUN hjic-1087 54 20 ( ( PUNCT hjic-1087 54 21 < < X hjic-1087 54 22 i i X hjic-1087 54 23 > > X hjic-1087 54 24 ) ) PUNCT hjic-1087 54 25 for for ADP hjic-1087 54 26 the the DET hjic-1087 54 27 alumina alumina NOUN hjic-1087 54 28 suspensions suspension NOUN hjic-1087 54 29 studied study VERB hjic-1087 54 30 . . PUNCT hjic-1087 55 1 floo floo PROPN hjic-1087 55 2 = = SYM hjic-1087 55 3 a+(b a+(b NOUN hjic-1087 55 4 - - PUNCT hjic-1087 55 5 a)/(l+expi a)/(l+expi ADJ hjic-1087 55 6 ( ( PUNCT hjic-1087 55 7 < < X hjic-1087 55 8 1>-- > X hjic-1087 56 9 can can AUX hjic-1087 56 10 also also ADV hjic-1087 56 11 be be AUX hjic-1087 56 12 noticed notice VERB hjic-1087 56 13 for for ADP hjic-1087 56 14 the the DET hjic-1087 56 15 n n PRON hjic-1087 56 16 parameter parameter NOUN hjic-1087 56 17 of of ADP hjic-1087 56 18 eqn eqn PROPN hjic-1087 56 19 . . PUNCT hjic-1087 57 1 ( ( PUNCT hjic-1087 57 2 5 5 NUM hjic-1087 57 3 ) ) PUNCT hjic-1087 57 4 . . PUNCT hjic-1087 58 1 4 4 X hjic-1087 58 2 ) ) PUNCT hjic-1087 58 3 very very ADV hjic-1087 58 4 close close ADV hjic-1087 58 5 ' ' PUNCT hjic-1087 58 6 t0 t0 PROPN hjic-1087 58 7 values value NOUN hjic-1087 58 8 were be AUX hjic-1087 58 9 obtained obtain VERB hjic-1087 58 10 with with ADP hjic-1087 58 11 eqns eqns PROPN hjic-1087 58 12 . . PUNCT hjic-1087 59 1 { { PUNCT hjic-1087 59 2 14 14 NUM hjic-1087 59 3 ) ) PUNCT hjic-1087 59 4 . . PUNCT hjic-1087 60 1 0.370 0.370 NUM hjic-1087 60 2 0.399 0.399 NUM hjic-1087 60 3 cp cp NUM hjic-1087 60 4 0.430 0.430 NUM hjic-1087 60 5 151 151 NUM hjic-1087 60 6 0.464 0.464 NUM hjic-1087 60 7 fig.4 fig.4 PRON hjic-1087 60 8 consistency consistency NOUN hjic-1087 60 9 values value NOUN hjic-1087 60 10 ( ( PUNCT hjic-1087 60 11 k k NOUN hjic-1087 60 12 ) ) PUNCT hjic-1087 60 13 variation variation NOUN hjic-1087 60 14 with with ADP hjic-1087 60 15 soiid soiid PROPN hjic-1087 60 16 volume volume NOUN hjic-1087 60 17 fraction fraction NOUN hjic-1087 60 18 ( ( PUNCT hjic-1087 60 19 < < X hjic-1087 60 20 1 1 NUM hjic-1087 60 21 > > PUNCT hjic-1087 60 22 ) ) PUNCT hjic-1087 60 23 for for ADP hjic-1087 60 24 the the DET hjic-1087 60 25 alumina alumina NOUN hjic-1087 60 26 suspensions suspension NOUN hjic-1087 60 27 studied study VERB hjic-1087 60 28 . . PUNCT hjic-1087 61 1 n n CCONJ hjic-1087 61 2 0.1 0.1 NUM hjic-1087 61 3 0.01 0.01 NUM hjic-1087 61 4 0.319 0.319 NUM hjic-1087 61 5 0.370 0.370 NUM hjic-1087 61 6 0.399 0.399 NUM hjic-1087 61 7 < < X hjic-1087 61 8 p p X hjic-1087 61 9 0 0 PUNCT hjic-1087 61 10 eqn.3 eqn.3 PROPN hjic-1087 61 11 -eqn.4 -eqn.4 PROPN hjic-1087 61 12 eqn.5 eqn.5 PROPN hjic-1087 61 13 0.430 0.430 NUM hjic-1087 61 14 0.464 0.464 NUM hjic-1087 61 15 fig.s fig.s PROPN hjic-1087 61 16 n n CCONJ hjic-1087 61 17 parameter parameter NOUN hjic-1087 61 18 values value NOUN hjic-1087 61 19 variation variation NOUN hjic-1087 61 20 with with ADP hjic-1087 61 21 solid solid ADJ hjic-1087 61 22 volume volume NOUN hjic-1087 61 23 fraction fraction NOUN hjic-1087 61 24 ( ( PUNCT hjic-1087 61 25 < < X hjic-1087 61 26 p p X hjic-1087 61 27 ) ) PUNCT hjic-1087 61 28 for for ADP hjic-1087 61 29 the the DET hjic-1087 61 30 alumina alumina NOUN hjic-1087 61 31 suspensions suspension NOUN hjic-1087 61 32 studied study VERB hjic-1087 61 33 . . PUNCT hjic-1087 62 1 5 5 X hjic-1087 62 2 ) ) PUNCT hjic-1087 62 3 higher high ADJ hjic-1087 62 4 values value NOUN hjic-1087 62 5 of of ADP hjic-1087 62 6 the the DET hjic-1087 62 7 casson casson PROPN hjic-1087 62 8 generalized generalize VERB hjic-1087 62 9 ' ' NUM hjic-1087 62 10 1 1 NUM hjic-1087 62 11 parameter parameter NOUN hjic-1087 62 12 were be AUX hjic-1087 62 13 obtained obtain VERB hjic-1087 62 14 with with ADP hjic-1087 62 15 respect respect NOUN hjic-1087 62 16 to to ADP hjic-1087 62 17 those those PRON hjic-1087 62 18 determined determine VERB hjic-1087 62 19 by by ADP hjic-1087 62 20 zupancic zupancic PROPN hjic-1087 62 21 et et PROPN hjic-1087 62 22 al al PROPN hjic-1087 62 23 . . PUNCT hjic-1087 63 1 in in ADP hjic-1087 63 2 ( ( PUNCT hjic-1087 63 3 2 2 NUM hjic-1087 63 4 ) ) PUNCT hjic-1087 63 5 . . PUNCT hjic-1087 64 1 as as SCONJ hjic-1087 64 2 can can AUX hjic-1087 64 3 be be AUX hjic-1087 64 4 seen see VERB hjic-1087 64 5 from from ADP hjic-1087 64 6 an an DET hjic-1087 64 7 examination examination NOUN hjic-1087 64 8 of of ADP hjic-1087 64 9 both both PRON hjic-1087 64 10 standard standard ADJ hjic-1087 64 11 deviations deviation NOUN hjic-1087 64 12 estimates estimate NOUN hjic-1087 64 13 ( ( PUNCT hjic-1087 64 14 std std NOUN hjic-1087 64 15 ) ) PUNCT hjic-1087 64 16 and and CCONJ hjic-1087 64 17 determination determination NOUN hjic-1087 64 18 coefficient coefficient NOUN hjic-1087 64 19 values value NOUN hjic-1087 64 20 ( ( PUNCT hjic-1087 64 21 cod cod NOUN hjic-1087 64 22 ) ) PUNCT hjic-1087 64 23 , , PUNCT hjic-1087 64 24 which which PRON hjic-1087 64 25 are be AUX hjic-1087 64 26 reported report VERB hjic-1087 64 27 in in ADP hjic-1087 64 28 tabh tabh PROPN hjic-1087 64 29 2 2 NUM hjic-1087 64 30 . . PUNCT hjic-1087 65 1 all all DET hjic-1087 65 2 the the DET hjic-1087 65 3 models model NOUN hjic-1087 65 4 considered consider VERB hjic-1087 65 5 gave give VERB hjic-1087 65 6 a a DET hjic-1087 65 7 distinct distinct NOUN hjic-1087 65 8 fitting fitting NOUN hjic-1087 65 9 for for ADP hjic-1087 65 10 all all DET hjic-1087 65 11 the the DET hjic-1087 65 12 slips slip NOUN hjic-1087 65 13 investigated investigate VERB hjic-1087 65 14 except except SCONJ hjic-1087 65 15 for for ADP hjic-1087 65 16 the the DET hjic-1087 65 17 most most ADV hjic-1087 65 18 concentrated concentrated ADJ hjic-1087 65 19 suspension suspension NOUN hjic-1087 65 20 . . PUNCT hjic-1087 66 1 obviously obviously ADV hjic-1087 66 2 , , PUNCT hjic-1087 66 3 a a DET hjic-1087 66 4 slightly slightly ADV hjic-1087 66 5 superior superior ADJ hjic-1087 66 6 fitting fitting NOUN hjic-1087 66 7 was be AUX hjic-1087 66 8 achieved achieve VERB hjic-1087 66 9 by by ADP hjic-1087 66 10 applying apply VERB hjic-1087 66 11 eqn eqn NOUN hjic-1087 66 12 . . PUNCT hjic-1087 67 1 ( ( PUNCT hjic-1087 67 2 5 5 NUM hjic-1087 67 3 ) ) PUNCT hjic-1087 67 4 . . PUNCT hjic-1087 68 1 it it PRON hjic-1087 68 2 being be AUX hjic-1087 68 3 a a DET hjic-1087 68 4 model model NOUN hjic-1087 68 5 with with ADP hjic-1087 68 6 four four NUM hjic-1087 68 7 adjustable adjustable ADJ hjic-1087 68 8 parameters parameter NOUN hjic-1087 68 9 . . PUNCT hjic-1087 69 1 in in ADP hjic-1087 69 2 addition addition NOUN hjic-1087 69 3 . . PUNCT hjic-1087 70 1 as as SCONJ hjic-1087 70 2 regards regard VERB hjic-1087 70 3 the the DET hjic-1087 70 4 choice choice NOUN hjic-1087 70 5 of of ADP hjic-1087 70 6 the the DET hjic-1087 70 7 most most ADV hjic-1087 70 8 suitable suitable ADJ hjic-1087 70 9 model model NOUN hjic-1087 70 10 for for SCONJ hjic-1087 70 11 application application NOUN hjic-1087 70 12 to to PART hjic-1087 70 13 alumina alumina VERB hjic-1087 70 14 suspensions suspension NOUN hjic-1087 70 15 , , PUNCT hjic-1087 70 16 no no DET hjic-1087 70 17 indication indication NOUN hjic-1087 70 18 can can AUX hjic-1087 70 19 be be AUX hjic-1087 70 20 obtained obtain VERB hjic-1087 70 21 by by ADP hjic-1087 70 22 comparing compare VERB hjic-1087 70 23 experimental experimental ADJ hjic-1087 70 24 and and CCONJ hjic-1087 70 25 calculated calculate VERB hjic-1087 70 26 shear shear NOUN hjic-1087 70 27 stress stress NOUN hjic-1087 70 28 data datum NOUN hjic-1087 70 29 . . PUNCT hjic-1087 71 1 hence hence ADV hjic-1087 71 2 , , PUNCT hjic-1087 71 3 a a DET hjic-1087 71 4 final final ADJ hjic-1087 71 5 contribution contribution NOUN hjic-1087 71 6 to to ADP hjic-1087 71 7 screening screen VERB hjic-1087 71 8 among among ADP hjic-1087 71 9 the the DET hjic-1087 71 10 models model NOUN hjic-1087 71 11 proposed propose VERB hjic-1087 71 12 may may AUX hjic-1087 71 13 be be AUX hjic-1087 71 14 gained gain VERB hjic-1087 71 15 by by ADP hjic-1087 71 16 considering consider VERB hjic-1087 71 17 another another DET hjic-1087 71 18 criterion criterion NOUN hjic-1087 71 19 of of ADP hjic-1087 71 20 choice choice NOUN hjic-1087 71 21 , , PUNCT hjic-1087 71 22 i.e. i.e. X hjic-1087 71 23 that that SCONJ hjic-1087 71 24 consisting consist VERB hjic-1087 71 25 of of ADP hjic-1087 71 26 checking check VERB hjic-1087 71 27 whether whether SCONJ hjic-1087 71 28 the the DET hjic-1087 71 29 parameters parameter NOUN hjic-1087 71 30 of of ADP hjic-1087 71 31 the the DET hjic-1087 71 32 selected select VERB hjic-1087 71 33 models model NOUN hjic-1087 71 34 can can AUX hjic-1087 71 35 be be AUX hjic-1087 71 36 assigned assign VERB hjic-1087 71 37 a a DET hjic-1087 71 38 physical physical ADJ hjic-1087 71 39 meaning meaning NOUN hjic-1087 71 40 . . PUNCT hjic-1087 72 1 accordingly accordingly ADV hjic-1087 72 2 . . PUNCT hjic-1087 73 1 the the DET hjic-1087 73 2 physical physical ADJ hjic-1087 73 3 consistency consistency NOUN hjic-1087 73 4 of of ADP hjic-1087 73 5 the the DET hjic-1087 73 6 yield yield NOUN hjic-1087 73 7 value~ value~ CCONJ hjic-1087 73 8 determined determine VERB hjic-1087 73 9 by by ADP hjic-1087 73 10 fitting fitting ADJ hjic-1087 73 11 was be AUX hjic-1087 73 12 checked check VERB hjic-1087 73 13 by by ADP hjic-1087 73 14 using use VERB hjic-1087 73 15 the the DET hjic-1087 73 16 following follow VERB hjic-1087 73 17 equation equation NOUN hjic-1087 73 18 ; ; PUNCT hjic-1087 73 19 1 1 NUM hjic-1087 73 20 :o :o NOUN hjic-1087 73 21 = = SYM hjic-1087 73 22 k'[{4mf k'[{4mf PROPN hjic-1087 73 23 > > X hjic-1087 73 24 o)/(4 o)/(4 PROPN hjic-1087 73 25 > > X hjic-1087 73 26 m·«~>hm m·«~>hm X hjic-1087 73 27 { { PUNCT hjic-1087 73 28 7 7 NUM hjic-1087 73 29 ) ) PUNCT hjic-1087 73 30 where where SCONJ hjic-1087 73 31 ¢ ¢ PROPN hjic-1087 73 32 0 0 NUM hjic-1087 73 33 ( ( PUNCT hjic-1087 73 34 percolation percolation NOUN hjic-1087 73 35 threshold threshold NOUN hjic-1087 73 36 ) ) PUNCT hjic-1087 73 37 is be AUX hjic-1087 73 38 the the DET hjic-1087 73 39 n1lume n1lume ADJ hjic-1087 73 40 fraction fraction NOUN hjic-1087 73 41 corresponding correspond VERB hjic-1087 73 42 to to ADP hjic-1087 73 43 transition transition NOUN hjic-1087 73 44 from from ADP hjic-1087 73 45 the the DET hjic-1087 73 46 newtonian newtonian ADJ hjic-1087 73 47 or or CCONJ hjic-1087 73 48 shear shear NOUN hjic-1087 73 49 - - PUNCT hjic-1087 73 50 thinning thin VERB hjic-1087 73 51 behaviour behaviour NOUN hjic-1087 73 52 to to ADP hjic-1087 73 53 the the DET hjic-1087 73 54 plastic plastic ADJ hjic-1087 73 55 one one NUM hjic-1087 73 56 . . PUNCT hjic-1087 74 1 i.e. i.e. X hjic-1087 74 2 the the DET hjic-1087 74 3 152 152 NUM hjic-1087 74 4 table table NOUN hjic-1087 74 5 3 3 NUM hjic-1087 74 6 parameters parameter NOUN hjic-1087 74 7 ofeqn ofeqn VERB hjic-1087 74 8 . . PUNCT hjic-1087 75 1 ( ( PUNCT hjic-1087 75 2 7 7 X hjic-1087 75 3 ) ) PUNCT hjic-1087 75 4 model model NOUN hjic-1087 75 5 k k NOUN hjic-1087 75 6 ' ' PUNCT hjic-1087 75 7 q q NOUN hjic-1087 75 8 , , PUNCT hjic-1087 75 9 q q X hjic-1087 75 10 < < X hjic-1087 75 11 pm pm NOUN hjic-1087 75 12 m m NOUN hjic-1087 75 13 std std NOUN hjic-1087 75 14 cod cod PROPN hjic-1087 75 15 eqn.(l eqn.(l PROPN hjic-1087 75 16 ) ) PUNCT hjic-1087 75 17 284 284 NUM hjic-1087 76 1 0.170 0.170 NUM hjic-1087 76 2 0.496 0.496 NUM hjic-1087 76 3 0.769 0.769 NUM hjic-1087 76 4 32.1 32.1 NUM hjic-1087 76 5 0.999 0.999 NUM hjic-1087 76 6 eqn.(2 eqn.(2 PROPN hjic-1087 76 7 ) ) PUNCT hjic-1087 76 8 256 256 NUM hjic-1087 76 9 0.183 0.183 NUM hjic-1087 76 10 0.487 0.487 NUM hjic-1087 76 11 0.648 0.648 NUM hjic-1087 76 12 37.7 37.7 NUM hjic-1087 76 13 0.998 0.998 NUM hjic-1087 76 14 eqn.(3 eqn.(3 NUM hjic-1087 76 15 ) ) PUNCT hjic-1087 76 16 291 291 NUM hjic-1087 76 17 0.116 0.116 NUM hjic-1087 76 18 0.563 0.563 NUM hjic-1087 76 19 1.01 1.01 NUM hjic-1087 76 20 82.2 82.2 NUM hjic-1087 76 21 0.980 0.980 NUM hjic-1087 76 22 eqn.(4 eqn.(4 PROPN hjic-1087 76 23 ) ) PUNCT hjic-1087 76 24 330 330 NUM hjic-1087 76 25 0.144 0.144 NUM hjic-1087 76 26 0.565 0.565 NUM hjic-1087 76 27 1.03 1.03 NUM hjic-1087 76 28 82.3 82.3 NUM hjic-1087 76 29 0.984 0.984 NUM hjic-1087 76 30 eqn.(5 eqn.(5 PROPN hjic-1087 76 31 ) ) PUNCT hjic-1087 76 32 10.4 10.4 NUM hjic-1087 76 33 0.264 0.264 NUM hjic-1087 76 34 0.602 0.602 NUM hjic-1087 76 35 4.73 4.73 NUM hjic-1087 76 36 4.16 4.16 NUM hjic-1087 76 37 0.989 0.989 NUM hjic-1087 76 38 lower low ADJ hjic-1087 76 39 limit limit NOUN hjic-1087 76 40 of of ADP hjic-1087 76 41 the the DET hjic-1087 76 42 solid solid ADJ hjic-1087 76 43 volume volume NOUN hjic-1087 76 44 fraction fraction NOUN hjic-1087 76 45 at at ADP hjic-1087 76 46 which which PRON hjic-1087 76 47 the the DET hjic-1087 76 48 disperse disperse NOUN hjic-1087 76 49 phase phase NOUN hjic-1087 76 50 behaves behave VERB hjic-1087 76 51 as as ADP hjic-1087 76 52 a a DET hjic-1087 76 53 three three NUM hjic-1087 76 54 - - PUNCT hjic-1087 76 55 dimensional dimensional ADJ hjic-1087 76 56 network network NOUN hjic-1087 76 57 structure~ structure~ NOUN hjic-1087 76 58 and and CCONJ hjic-1087 76 59 < < X hjic-1087 76 60 pm pm NOUN hjic-1087 76 61 is be AUX hjic-1087 76 62 the the DET hjic-1087 76 63 maximum maximum ADJ hjic-1087 76 64 volume volume NOUN hjic-1087 76 65 fraction fraction NOUN hjic-1087 76 66 , , PUNCT hjic-1087 76 67 i.e. i.e. X hjic-1087 76 68 that that SCONJ hjic-1087 76 69 corresponding correspond VERB hjic-1087 76 70 to to ADP hjic-1087 76 71 the the DET hjic-1087 76 72 maximum maximum ADJ hjic-1087 76 73 particle particle NOUN hjic-1087 76 74 packing packing NOUN hjic-1087 76 75 in in ADP hjic-1087 76 76 quiet quiet ADJ hjic-1087 76 77 conditions condition NOUN hjic-1087 76 78 . . PUNCT hjic-1087 77 1 eqn eqn PROPN hjic-1087 77 2 . . PUNCT hjic-1087 78 1 ( ( PUNCT hjic-1087 78 2 7 7 X hjic-1087 78 3 ) ) PUNCT hjic-1087 78 4 has have AUX hjic-1087 78 5 been be AUX hjic-1087 78 6 already already ADV hjic-1087 78 7 applied apply VERB hjic-1087 78 8 to to PART hjic-1087 78 9 alumina alumina VERB hjic-1087 78 10 slips slip NOUN hjic-1087 78 11 by by ADP hjic-1087 78 12 kristoffersson kristoffersson PROPN hjic-1087 78 13 et et PROPN hjic-1087 78 14 al al PROPN hjic-1087 78 15 . . PUNCT hjic-1087 79 1 in in ADP hjic-1087 79 2 [ [ X hjic-1087 79 3 1 1 NUM hjic-1087 79 4 ] ] PUNCT hjic-1087 79 5 and and CCONJ hjic-1087 79 6 by by ADP hjic-1087 79 7 zupancic zupancic PROPN hjic-1087 79 8 et et PROPN hjic-1087 79 9 al al PROPN hjic-1087 79 10 . . PUNCT hjic-1087 80 1 in in ADP hjic-1087 80 2 ( ( PUNCT hjic-1087 80 3 2 2 NUM hjic-1087 80 4 ] ] PUNCT hjic-1087 80 5 . . PUNCT hjic-1087 81 1 as as SCONJ hjic-1087 81 2 can can AUX hjic-1087 81 3 be be AUX hjic-1087 81 4 seen see VERB hjic-1087 81 5 in in ADP hjic-1087 81 6 table table NOUN hjic-1087 81 7 3 3 NUM hjic-1087 81 8 , , PUNCT hjic-1087 81 9 data datum NOUN hjic-1087 81 10 regression regression NOUN hjic-1087 81 11 according accord VERB hjic-1087 81 12 eqn eqn NOUN hjic-1087 81 13 . . PUNCT hjic-1087 82 1 ( ( PUNCT hjic-1087 82 2 7 7 X hjic-1087 82 3 ) ) PUNCT hjic-1087 82 4 gave give VERB hjic-1087 82 5 the the DET hjic-1087 82 6 best good ADJ hjic-1087 82 7 fitting fitting ADJ hjic-1087 82 8 by by ADP hjic-1087 82 9 using use VERB hjic-1087 82 10 the the DET hjic-1087 82 11 1:0 1:0 NUM hjic-1087 82 12 values value NOUN hjic-1087 82 13 given give VERB hjic-1087 82 14 by by ADP hjic-1087 82 15 eqns eqns PROPN hjic-1087 82 16 . . PUNCT hjic-1087 83 1 ( ( PUNCT hjic-1087 83 2 1 1 X hjic-1087 83 3 ) ) PUNCT hjic-1087 83 4 and and CCONJ hjic-1087 83 5 ( ( PUNCT hjic-1087 83 6 2 2 NUM hjic-1087 83 7 ) ) PUNCT hjic-1087 83 8 ; ; PUNCT hjic-1087 83 9 moreover moreover ADV hjic-1087 83 10 , , PUNCT hjic-1087 83 11 both both CCONJ hjic-1087 83 12 the the DET hjic-1087 83 13 bingham bingham PROPN hjic-1087 83 14 and and CCONJ hjic-1087 83 15 the the DET hjic-1087 83 16 casson casson PROPN hjic-1087 83 17 1:0 1:0 PROPN hjic-1087 83 18 parameters parameter NOUN hjic-1087 83 19 can can AUX hjic-1087 83 20 be be AUX hjic-1087 83 21 assigned assign VERB hjic-1087 83 22 a a DET hjic-1087 83 23 physical physical ADJ hjic-1087 83 24 meaning meaning NOUN hjic-1087 83 25 , , PUNCT hjic-1087 83 26 in in SCONJ hjic-1087 83 27 that that SCONJ hjic-1087 83 28 a a DET hjic-1087 83 29 good good ADJ hjic-1087 83 30 agreement agreement NOUN hjic-1087 83 31 has have AUX hjic-1087 83 32 been be AUX hjic-1087 83 33 evaluated evaluate VERB hjic-1087 83 34 between between ADP hjic-1087 83 35 the the DET hjic-1087 83 36 < < NOUN hjic-1087 83 37 pm pm NOUN hjic-1087 83 38 values value NOUN hjic-1087 83 39 calculated calculate VERB hjic-1087 83 40 by by ADP hjic-1087 83 41 means mean NOUN hjic-1087 83 42 of of ADP hjic-1087 83 43 eqn eqn NOUN hjic-1087 83 44 . . PUNCT hjic-1087 84 1 ( ( PUNCT hjic-1087 84 2 7 7 NUM hjic-1087 84 3 ) ) PUNCT hjic-1087 84 4 and and CCONJ hjic-1087 84 5 that that SCONJ hjic-1087 84 6 experimentally experimentally ADV hjic-1087 84 7 determined determine VERB hjic-1087 84 8 by by ADP hjic-1087 84 9 centrifugation centrifugation NOUN hjic-1087 84 10 ( ( PUNCT hjic-1087 84 11 < < X hjic-1087 84 12 pm pm X hjic-1087 84 13 , , PUNCT hjic-1087 84 14 exp=0.51 exp=0.51 PROPN hjic-1087 84 15 ) ) PUNCT hjic-1087 84 16 . . PUNCT hjic-1087 85 1 very very ADV hjic-1087 85 2 low low ADJ hjic-1087 85 3 values value NOUN hjic-1087 85 4 of of ADP hjic-1087 85 5 < < X hjic-1087 85 6 p0 p0 NOUN hjic-1087 85 7 with with ADP hjic-1087 85 8 respect respect NOUN hjic-1087 85 9 to to ADP hjic-1087 85 10 the the DET hjic-1087 85 11 volume volume NOUN hjic-1087 85 12 fraction fraction NOUN hjic-1087 85 13 of of ADP hjic-1087 85 14 random random ADJ hjic-1087 85 15 particle particle NOUN hjic-1087 85 16 packing packing NOUN hjic-1087 85 17 < < X hjic-1087 85 18 prp prp NOUN hjic-1087 85 19 , , PUNCT hjic-1087 85 20 calculated calculate VERB hjic-1087 85 21 equal equal ADJ hjic-1087 85 22 to to ADP hjic-1087 85 23 0.64 0.64 NUM hjic-1087 85 24 in in ADP hjic-1087 85 25 ( ( PUNCT hjic-1087 85 26 8 8 NUM hjic-1087 85 27 ] ] PUNCT hjic-1087 85 28 for for ADP hjic-1087 85 29 suspensions suspension NOUN hjic-1087 85 30 of of ADP hjic-1087 85 31 monomodal monomodal ADJ hjic-1087 85 32 non­ non­ NOUN hjic-1087 85 33 interactive interactive ADJ hjic-1087 85 34 hard hard ADJ hjic-1087 85 35 spheres sphere NOUN hjic-1087 85 36 , , PUNCT hjic-1087 85 37 denote denote VERB hjic-1087 85 38 the the DET hjic-1087 85 39 presence presence NOUN hjic-1087 85 40 of of ADP hjic-1087 85 41 strong strong ADJ hjic-1087 85 42 attractive attractive ADJ hjic-1087 85 43 forces force NOUN hjic-1087 85 44 among among ADP hjic-1087 85 45 particles particle NOUN hjic-1087 85 46 , , PUNCT hjic-1087 85 47 i.e. i.e. X hjic-1087 85 48 the the DET hjic-1087 85 49 formation formation NOUN hjic-1087 85 50 of of ADP hjic-1087 85 51 floes floe NOUN hjic-1087 85 52 and/or and/or CCONJ hjic-1087 85 53 clusters cluster NOUN hjic-1087 85 54 . . PUNCT hjic-1087 86 1 the the DET hjic-1087 86 2 size size NOUN hjic-1087 86 3 distribution distribution NOUN hjic-1087 86 4 of of ADP hjic-1087 86 5 the the DET hjic-1087 86 6 alumina alumina NOUN hjic-1087 86 7 particles particle NOUN hjic-1087 86 8 used use VERB hjic-1087 86 9 being be AUX hjic-1087 86 10 hot hot ADJ hjic-1087 86 11 monomodal monomodal ADJ hjic-1087 86 12 , , PUNCT hjic-1087 86 13 the the DET hjic-1087 86 14 < < X hjic-1087 86 15 prp prp PROPN hjic-1087 86 16 should should AUX hjic-1087 86 17 be be AUX hjic-1087 86 18 slightly slightly ADV hjic-1087 86 19 higher high ADJ hjic-1087 86 20 than than ADP hjic-1087 86 21 0.64 0.64 NUM hjic-1087 86 22 . . PUNCT hjic-1087 87 1 for for ADP hjic-1087 87 2 the the DET hjic-1087 87 3 alumina alumina NOUN hjic-1087 87 4 suspensions suspension NOUN hjic-1087 87 5 investigated investigate VERB hjic-1087 87 6 pecolation pecolation NOUN hjic-1087 87 7 limit limit NOUN hjic-1087 87 8 values value NOUN hjic-1087 87 9 lower low ADJ hjic-1087 87 10 than than ADP hjic-1087 87 11 those those PRON hjic-1087 87 12 found find VERB hjic-1087 87 13 by by ADP hjic-1087 87 14 zupancic zupancic PROPN hjic-1087 87 15 et et PROPN hjic-1087 87 16 al al PROPN hjic-1087 87 17 . . PUNCT hjic-1087 88 1 in in ADP hjic-1087 88 2 [ [ X hjic-1087 88 3 2 2 NUM hjic-1087 88 4 ] ] PUNCT hjic-1087 88 5 were be AUX hjic-1087 88 6 determined determine VERB hjic-1087 88 7 ; ; PUNCT hjic-1087 88 8 this this PRON hjic-1087 88 9 means mean VERB hjic-1087 88 10 that that SCONJ hjic-1087 88 11 the the DET hjic-1087 88 12 formation formation NOUN hjic-1087 88 13 of of ADP hjic-1087 88 14 a a DET hjic-1087 88 15 three­ three­ NOUN hjic-1087 88 16 dimensional dimensional ADJ hjic-1087 88 17 network network NOUN hjic-1087 88 18 can can AUX hjic-1087 88 19 be be AUX hjic-1087 88 20 expected expect VERB hjic-1087 88 21 at at ADP hjic-1087 88 22 solid solid ADJ hjic-1087 88 23 volume volume NOUN hjic-1087 88 24 fractions fraction NOUN hjic-1087 88 25 considerably considerably ADV hjic-1087 88 26 lower low ADJ hjic-1087 88 27 than than ADP hjic-1087 88 28 < < VERB hjic-1087 88 29 prp=0.64 prp=0.64 PROPN hjic-1087 88 30 . . PROPN hjic-1087 88 31 models model NOUN hjic-1087 88 32 of of ADP hjic-1087 88 33 the the DET hjic-1087 88 34 1jr 1jr ADJ hjic-1087 88 35 = = NOUN hjic-1087 88 36 f(t1 f(t1 NOUN hjic-1087 88 37 > > NOUN hjic-1087 88 38 , , PUNCT hjic-1087 88 39 y y NOUN hjic-1087 88 40 ) ) PUNCT hjic-1087 88 41 t}'pe t}'pe NOUN hjic-1087 88 42 as as ADV hjic-1087 88 43 far far ADV hjic-1087 88 44 as as SCONJ hjic-1087 88 45 the the DET hjic-1087 88 46 tlr tlr PROPN hjic-1087 88 47 = = PROPN hjic-1087 88 48 f( > PROPN hjic-1087 100 40 . . PUNCT hjic-1087 101 1 accordingly accordingly ADV hjic-1087 101 2 , , PUNCT hjic-1087 101 3 the the DET hjic-1087 101 4 quemada quemada PROPN hjic-1087 101 5 equation equation NOUN hjic-1087 101 6 becomes become VERB hjic-1087 101 7 a a DET hjic-1087 101 8 model model NOUN hjic-1087 101 9 with with ADP hjic-1087 101 10 only only ADV hjic-1087 101 11 one one NUM hjic-1087 101 12 adjustable adjustable ADJ hjic-1087 101 13 parameters parameter NOUN hjic-1087 101 14 ( ( PUNCT hjic-1087 101 15 r r NOUN hjic-1087 101 16 c c NOUN hjic-1087 101 17 ) ) PUNCT hjic-1087 101 18 , , PUNCT hjic-1087 101 19 which which PRON hjic-1087 101 20 can can AUX hjic-1087 101 21 be be AUX hjic-1087 101 22 rewritten rewrite VERB hjic-1087 101 23 in in ADP hjic-1087 101 24 this this DET hjic-1087 101 25 very very ADV hjic-1087 101 26 simple simple ADJ hjic-1087 101 27 form form NOUN hjic-1087 101 28 : : PUNCT hjic-1087 101 29 fri fri ADJ hjic-1087 101 30 : : PUNCT hjic-1087 101 31 = = NOUN hjic-1087 101 32 10·(1 10·(1 NUM hjic-1087 101 33 + + PROPN hjic-1087 101 34 1/ 1/ NUM hjic-1087 101 35 .jy .jy SYM hjic-1087 101 36 :) :) INTJ hjic-1087 101 37 ( ( PUNCT hjic-1087 101 38 10 10 NUM hjic-1087 101 39 ) ) PUNCT hjic-1087 101 40 where where SCONJ hjic-1087 101 41 : : PUNCT hjic-1087 101 42 ( ( PUNCT hjic-1087 101 43 11 11 NUM hjic-1087 101 44 ) ) PUNCT hjic-1087 101 45 accordingly accordingly ADV hjic-1087 101 46 , , PUNCT hjic-1087 101 47 the the DET hjic-1087 101 48 quemada quemada PROPN hjic-1087 101 49 model model NOUN hjic-1087 101 50 leads lead VERB hjic-1087 101 51 to to ADP hjic-1087 101 52 the the DET hjic-1087 101 53 casson casson PROPN hjic-1087 101 54 one one PROPN hjic-1087 101 55 . . PUNCT hjic-1087 102 1 the the DET hjic-1087 102 2 quemada quemada PROPN hjic-1087 102 3 k0 k0 PROPN hjic-1087 102 4 , , PUNCT hjic-1087 102 5 koo koo PROPN hjic-1087 102 6 and and CCONJ hjic-1087 102 7 y y PROPN hjic-1087 102 8 c c PROPN hjic-1087 102 9 values value NOUN hjic-1087 102 10 are be AUX hjic-1087 102 11 listed list VERB hjic-1087 102 12 in in ADP hjic-1087 102 13 table table NOUN hjic-1087 102 14 4 4 NUM hjic-1087 102 15 : : PUNCT hjic-1087 102 16 no no DET hjic-1087 102 17 regular regular ADJ hjic-1087 102 18 variation variation NOUN hjic-1087 102 19 of of ADP hjic-1087 102 20 y y PROPN hjic-1087 102 21 c c PROPN hjic-1087 102 22 with with ADP hjic-1087 102 23 < < X hjic-1087 102 24 p p X hjic-1087 102 25 has have AUX hjic-1087 102 26 been be AUX hjic-1087 102 27 noticed notice VERB hjic-1087 102 28 , , PUNCT hjic-1087 102 29 even even ADV hjic-1087 102 30 if if SCONJ hjic-1087 102 31 their their PRON hjic-1087 102 32 evident evident ADJ hjic-1087 102 33 increase increase NOUN hjic-1087 102 34 . . PUNCT hjic-1087 103 1 with with ADP hjic-1087 103 2 solid solid ADJ hjic-1087 103 3 volume volume NOUN hjic-1087 103 4 fraction fraction NOUN hjic-1087 103 5 is be AUX hjic-1087 103 6 in in ADP hjic-1087 103 7 fully fully ADV hjic-1087 103 8 agreement agreement NOUN hjic-1087 103 9 with with ADP hjic-1087 103 10 its its PRON hjic-1087 103 11 physical physical ADJ hjic-1087 103 12 meaning meaning NOUN hjic-1087 103 13 . . PUNCT hjic-1087 104 1 in in ADP hjic-1087 104 2 the the DET hjic-1087 104 3 light light NOUN hjic-1087 104 4 of of ADP hjic-1087 104 5 the the DET hjic-1087 104 6 above above ADJ hjic-1087 104 7 reported reported ADJ hjic-1087 104 8 considerations consideration NOUN hjic-1087 104 9 , , PUNCT hjic-1087 104 10 the the DET hjic-1087 104 11 casson casson PROPN hjic-1087 104 12 equation equation NOUN hjic-1087 104 13 seems seem VERB hjic-1087 104 14 to to PART hjic-1087 104 15 be be AUX hjic-1087 104 16 the the DET hjic-1087 104 17 most most ADV hjic-1087 104 18 suitable suitable ADJ hjic-1087 104 19 model model NOUN hjic-1087 104 20 for for ADP hjic-1087 104 21 correlating correlate VERB hjic-1087 104 22 shear shear NOUN hjic-1087 104 23 stress stress NOUN hjic-1087 104 24 and and CCONJ hjic-1087 104 25 shear shear NOUN hjic-1087 104 26 rate rate NOUN hjic-1087 104 27 data datum NOUN hjic-1087 104 28 for for ADP hjic-1087 104 29 the the DET hjic-1087 104 30 alumina alumina NOUN hjic-1087 104 31 slips slip VERB hjic-1087 104 32 investigated investigate VERB hjic-1087 104 33 . . PUNCT hjic-1087 105 1 finally finally ADV hjic-1087 105 2 , , PUNCT hjic-1087 105 3 in in ADP hjic-1087 105 4 order order NOUN hjic-1087 105 5 to to PART hjic-1087 105 6 give give VERB hjic-1087 105 7 a a DET hjic-1087 105 8 compact compact ADJ hjic-1087 105 9 representation representation NOUN hjic-1087 105 10 of of ADP hjic-1087 105 11 the the DET hjic-1087 105 12 flow flow NOUN hjic-1087 105 13 behaviour behaviour NOUN hjic-1087 105 14 of of ADP hjic-1087 105 15 the the DET hjic-1087 105 16 individual individual ADJ hjic-1087 105 17 members member NOUN hjic-1087 105 18 for for ADP hjic-1087 105 19 the the DET hjic-1087 105 20 alumina alumina NOUN hjic-1087 105 21 suspensions suspension NOUN hjic-1087 105 22 family family NOUN hjic-1087 105 23 a a DET hjic-1087 105 24 master master NOUN hjic-1087 105 25 - - PUNCT hjic-1087 105 26 curve curve NOUN hjic-1087 105 27 was be AUX hjic-1087 105 28 traced trace VERB hjic-1087 105 29 . . PUNCT hjic-1087 106 1 the the DET hjic-1087 106 2 master master NOUN hjic-1087 106 3 - - PUNCT hjic-1087 106 4 curve curve NOUN hjic-1087 106 5 of of ADP hjic-1087 106 6 reduced reduced ADJ hjic-1087 106 7 viscosity viscosity NOUN hjic-1087 106 8 , , PUNCT hjic-1087 106 9 11r• 11r• NUM hjic-1087 106 10 vs. vs. ADP hjic-1087 106 11 reduced reduce VERB hjic-1087 106 12 shear shear NOUN hjic-1087 106 13 stress stress NOUN hjic-1087 106 14 , , PUNCT hjic-1087 106 15 ' ' PUNCT hjic-1087 106 16 tr tr VERB hjic-1087 106 17 , , PUNCT hjic-1087 106 18 is be AUX hjic-1087 106 19 shown show VERB hjic-1087 106 20 in in ADP hjic-1087 106 21 fig.6 fig.6 PROPN hjic-1087 106 22 . . PUNCT hjic-1087 107 1 for for ADP hjic-1087 107 2 the the DET hjic-1087 107 3 alumina alumina NOUN hjic-1087 107 4 suspensions suspension NOUN hjic-1087 107 5 family family NOUN hjic-1087 107 6 considered consider VERB hjic-1087 107 7 the the DET hjic-1087 107 8 flow flow NOUN hjic-1087 107 9 curve curve NOUN hjic-1087 107 10 at at ADP hjic-1087 107 11 « « PUNCT hjic-1087 107 12 p p NOUN hjic-1087 107 13 = = NOUN hjic-1087 107 14 0.319 0.319 NUM hjic-1087 107 15 was be AUX hjic-1087 107 16 assumed assume VERB hjic-1087 107 17 as as ADP hjic-1087 107 18 reference reference NOUN hjic-1087 107 19 curve curve NOUN hjic-1087 107 20 ; ; PUNCT hjic-1087 107 21 reduced reduce VERB hjic-1087 107 22 variables variable NOUN hjic-1087 107 23 are be AUX hjic-1087 107 24 defined define VERB hjic-1087 107 25 as as ADP hjic-1087 107 26 fol1ows fol1ow NOUN hjic-1087 107 27 : : PUNCT hjic-1087 107 28 11r 11r NUM hjic-1087 107 29 = = SYM hjic-1087 107 30 anrt anrt ADJ hjic-1087 107 31 tr tr VERB hjic-1087 107 32 = = NOUN hjic-1087 107 33 ar't ar't NOUN hjic-1087 107 34 ( ( PUNCT hjic-1087 107 35 12 12 NUM hjic-1087 107 36 ) ) PUNCT hjic-1087 107 37 shift shift NOUN hjic-1087 107 38 factors factor NOUN hjic-1087 107 39 a11 a11 PROPN hjic-1087 107 40 and and CCONJ hjic-1087 107 41 a. a. NOUN hjic-1087 107 42 were be AUX hjic-1087 107 43 evaluated evaluate VERB hjic-1087 107 44 starting start VERB hjic-1087 107 45 from from ADP hjic-1087 107 46 the the DET hjic-1087 107 47 ' ' PUNCT hjic-1087 107 48 to to PART hjic-1087 107 49 and and CCONJ hjic-1087 107 50 t}~e t}~e NOUN hjic-1087 107 51 values value NOUN hjic-1087 107 52 determined determine VERB hjic-1087 107 53 by by ADP hjic-1087 107 54 fitting fit VERB hjic-1087 107 55 the the DET hjic-1087 107 56 experimental experimental ADJ hjic-1087 107 57 data datum NOUN hjic-1087 107 58 with with ADP hjic-1087 107 59 the the DET hjic-1087 107 60 casson casson PROPN hjic-1087 107 61 equation equation NOUN hjic-1087 107 62 . . PUNCT hjic-1087 108 1 so so ADV hjic-1087 108 2 , , PUNCT hjic-1087 108 3 they they PRON hjic-1087 108 4 are be AUX hjic-1087 108 5 defined define VERB hjic-1087 108 6 as as ADP hjic-1087 108 7 : : PUNCT hjic-1087 108 8 ( ( PUNCT hjic-1087 108 9 13 13 NUM hjic-1087 108 10 ) ) PUNCT hjic-1087 108 11 where where SCONJ hjic-1087 108 12 : : PUNCT hjic-1087 108 13 65.0 65.0 NUM hjic-1087 108 14 1.00 1.00 NUM hjic-1087 108 15 1.00 1.00 NUM hjic-1087 108 16 table table NOUN hjic-1087 108 17 5 5 NUM hjic-1087 108 18 shift shift NOUN hjic-1087 108 19 factors factor NOUN hjic-1087 108 20 alumina alumina VERB hjic-1087 108 21 concentration concentration NOUN hjic-1087 108 22 ( ( PUNCT hjic-1087 108 23 wt% wt% NUM hjic-1087 108 24 ) ) PUNCT hjic-1087 108 25 70.0 70.0 NUM hjic-1087 108 26 72.5 72.5 NUM hjic-1087 108 27 75.0 75.0 NUM hjic-1087 108 28 77.5 77.5 NUM hjic-1087 108 29 0.712 0.712 NUM hjic-1087 108 30 0.473 0.473 NUM hjic-1087 108 31 0.350 0.350 NUM hjic-1087 108 32 0.176 0.176 NUM hjic-1087 108 33 0.549 0.549 NUM hjic-1087 108 34 0.471 0.471 NUM hjic-1087 108 35 0.150 0.150 NUM hjic-1087 108 36 0.136 0.136 NUM hjic-1087 108 37 100., 100., NUM hjic-1087 108 38 .. .. PUNCT hjic-1087 108 39 --------------------- --------------------- PUNCT hjic-1087 108 40 . . PUNCT hjic-1087 109 1 llr llr PROPN hjic-1087 110 1 [ [ X hjic-1087 110 2 pa pa PROPN hjic-1087 110 3 - - PUNCT hjic-1087 110 4 s s X hjic-1087 110 5 ] ] X hjic-1087 110 6 10 10 NUM hjic-1087 110 7 " " PUNCT hjic-1087 110 8 y y PROPN hjic-1087 110 9 77.5 77.5 NUM hjic-1087 110 10 wt"/o wt"/o PROPN hjic-1087 110 11 v v ADP hjic-1087 110 12 75 75 NUM hjic-1087 110 13 wt% wt% ADJ hjic-1087 110 14 • • NOUN hjic-1087 110 15 72.5wt% 72.5wt% NOUN hjic-1087 110 16 a a DET hjic-1087 110 17 70wt% 70wt% NUM hjic-1087 110 18 • • NOUN hjic-1087 110 19 65wt% 65wt% NUM hjic-1087 110 20 0,1 0,1 NUM hjic-1087 111 1 + + ADJ hjic-1087 111 2 ------.-----.---- ------.-----.---- NOUN hjic-1087 111 3 ... ... PUNCT hjic-1087 111 4 ---.--.--., ---.--.--., PROPN hjic-1087 111 5 .. .. PUNCT hjic-1087 111 6 - - PUNCT hjic-1087 111 7 ... ... PUNCT hjic-1087 111 8 ,- ,- PROPN hjic-1087 111 9 ...... ...... PUNCT hjic-1087 111 10 --j --j NOUN hjic-1087 111 11 100 100 NUM hjic-1087 111 12 ' ' NUM hjic-1087 111 13 tr tr PUNCT hjic-1087 111 14 [ [ PUNCT hjic-1087 111 15 pa pa NOUN hjic-1087 111 16 } } PUNCT hjic-1087 111 17 1000 1000 NUM hjic-1087 111 18 fig.6 fig.6 NOUN hjic-1087 111 19 reduced reduce VERB hjic-1087 111 20 viscosity viscosity NOUN hjic-1087 111 21 ( ( PUNCT hjic-1087 111 22 yjr yjr NOUN hjic-1087 111 23 ) ) PUNCT hjic-1087 111 24 vs. vs. ADP hjic-1087 111 25 reduced reduce VERB hjic-1087 111 26 shear shear NOUN hjic-1087 111 27 stress stress NOUN hjic-1087 111 28 master­ master­ PROPN hjic-1087 111 29 curve curve NOUN hjic-1087 111 30 for for ADP hjic-1087 111 31 the the DET hjic-1087 111 32 alumina alumina NOUN hjic-1087 111 33 slips slip VERB hjic-1087 111 34 investigated investigate VERB hjic-1087 111 35 . . PUNCT hjic-1087 112 1 1~0~--------------------~ 1~0~--------------------~ PROPN hjic-1087 112 2 g',g g',g X hjic-1087 112 3 " " PUNCT hjic-1087 113 1 [ [ X hjic-1087 113 2 pa pa X hjic-1087 113 3 ] ] X hjic-1087 113 4 1000 1000 NUM hjic-1087 113 5 • • NOUN hjic-1087 113 6 0 0 NUM hjic-1087 113 7 , , PUNCT hjic-1087 113 8 . . PUNCT hjic-1087 114 1 •••••••••••••••••• •••••••••••••••••• PROPN hjic-1087 114 2 ooooooooo ooooooooo PROPN hjic-1087 114 3 • • NOUN hjic-1087 114 4 oooooo oooooo ADV hjic-1087 114 5 00 00 NUM hjic-1087 115 1 o o NOUN hjic-1087 115 2 0 0 NUM hjic-1087 115 3 ¢ ¢ NUM hjic-1087 115 4 · · SYM hjic-1087 115 5 · · PUNCT hjic-1087 115 6 · · PUNCT hjic-1087 115 7 · · PUNCT hjic-1087 115 8 · · PUNCT hjic-1087 115 9 · · PUNCT hjic-1087 115 10 · · PUNCT hjic-1087 115 11 · · PUNCT hjic-1087 115 12 · · PUNCT hjic-1087 115 13 · · PUNCT hjic-1087 115 14 · · PUNCT hjic-1087 115 15 · · PUNCT hjic-1087 115 16 · · PUNCT hjic-1087 115 17 · · PUNCT hjic-1087 115 18 · · PUNCT hjic-1087 115 19 · · PUNCT hjic-1087 115 20 · · PUNCT hjic-1087 115 21 · · PUNCT hjic-1087 115 22 · · PUNCT hjic-1087 116 1 ¢ ¢ NUM hjic-1087 116 2 ¢ ¢ NUM hjic-1087 116 3 ¢ ¢ NOUN hjic-1087 116 4 0 0 NUM hjic-1087 116 5 0 0 NUM hjic-1087 116 6 00 00 NUM hjic-1087 116 7 ¢ ¢ NOUN hjic-1087 116 8 0 0 NUM hjic-1087 117 1 oooo oooo NOUN hjic-1087 117 2 0 0 NUM hjic-1087 117 3 77.5wt% 77.5wt% NUM hjic-1087 118 1 o o NOUN hjic-1087 118 2 72.5wt% 72.5wt% NOUN hjic-1087 118 3 0 0 NUM hjic-1087 119 1 65wt% 65wt% NUM hjic-1087 119 2 ro ro NOUN hjic-1087 120 1 [ [ X hjic-1087 120 2 s·1j s·1j NOUN hjic-1087 120 3 ¢ ¢ NUM hjic-1087 120 4 < < X hjic-1087 120 5 > > X hjic-1087 120 6 0 0 NUM hjic-1087 120 7 o¢o o¢o PROPN hjic-1087 120 8 10 10 NUM hjic-1087 120 9 fig.7 fig.7 ADJ hjic-1087 120 10 storage storage NOUN hjic-1087 120 11 ( ( PUNCT hjic-1087 120 12 g g NOUN hjic-1087 120 13 ' ' PUNCT hjic-1087 120 14 ) ) PUNCT hjic-1087 120 15 and and CCONJ hjic-1087 120 16 loss loss NOUN hjic-1087 120 17 ( ( PUNCT hjic-1087 120 18 g g NOUN hjic-1087 120 19 " " PUNCT hjic-1087 120 20 ) ) PUNCT hjic-1087 120 21 moduli moduli VERB hjic-1087 120 22 variation variation NOUN hjic-1087 120 23 with with ADP hjic-1087 120 24 angular angular ADJ hjic-1087 120 25 velocity velocity NOUN hjic-1087 120 26 ( ( PUNCT hjic-1087 120 27 m m NOUN hjic-1087 120 28 ) ) PUNCT hjic-1087 120 29 for for ADP hjic-1087 120 30 some some PRON hjic-1087 120 31 of of ADP hjic-1087 120 32 the the DET hjic-1087 120 33 alumina alumina NOUN hjic-1087 120 34 suspensions suspension NOUN hjic-1087 120 35 studied.(0.7 studied.(0.7 VERB hjic-1087 121 1 rad rad NOUN hjic-1087 121 2 of of ADP hjic-1087 121 3 constant constant ADJ hjic-1087 121 4 strain strain NOUN hjic-1087 121 5 ) ) PUNCT hjic-1087 121 6 . . PUNCT hjic-1087 122 1 1l"",ref 1l"",ref NOUN hjic-1087 122 2 and and CCONJ hjic-1087 122 3 ' ' PUNCT hjic-1087 122 4 to to PART hjic-1087 122 5 , , PUNCT hjic-1087 122 6 ref ref NOUN hjic-1087 122 7 are be AUX hjic-1087 122 8 the the DET hjic-1087 122 9 casson casson PROPN hjic-1087 122 10 parameters parameter NOUN hjic-1087 122 11 of of ADP hjic-1087 122 12 the the DET hjic-1087 122 13 reference reference NOUN hjic-1087 122 14 curve curve NOUN hjic-1087 122 15 ( ( PUNCT hjic-1087 122 16 ci ci NOUN hjic-1087 122 17 > > X hjic-1087 122 18 = = NOUN hjic-1087 122 19 0.319 0.319 NUM hjic-1087 122 20 ) ) PUNCT hjic-1087 122 21 , , PUNCT hjic-1087 122 22 whereas whereas SCONJ hjic-1087 122 23 r}oo,

> X hjic-1087 122 39 solid solid ADJ hjic-1087 122 40 volume volume NOUN hjic-1087 122 41 fraction fraction NOUN hjic-1087 122 42 . . PUNCT hjic-1087 123 1 shift shift NOUN hjic-1087 123 2 factors factor NOUN hjic-1087 123 3 al al PROPN hjic-1087 123 4 } } PUNCT hjic-1087 123 5 and and CCONJ hjic-1087 123 6 ar ar NOUN hjic-1087 123 7 are be AUX hjic-1087 123 8 reported report VERB hjic-1087 123 9 in in ADP hjic-1087 123 10 table table NOUN hjic-1087 123 11 5 5 NUM hjic-1087 123 12 . . PUNCT hjic-1087 123 13 oscillatory oscillatory ADJ hjic-1087 123 14 tests test NOUN hjic-1087 123 15 it it PRON hjic-1087 123 16 can can AUX hjic-1087 123 17 be be AUX hjic-1087 123 18 observed observe VERB hjic-1087 123 19 that that SCONJ hjic-1087 123 20 dynamic dynamic ADJ hjic-1087 123 21 viscosity viscosity NOUN hjic-1087 123 22 always always ADV hjic-1087 123 23 decreases decrease VERB hjic-1087 123 24 monotonically monotonically ADV hjic-1087 123 25 with with ADP hjic-1087 123 26 frequency frequency NOUN hjic-1087 123 27 for for SCONJ hjic-1087 123 28 all all DET hjic-1087 123 29 the the DET hjic-1087 123 30 alumina alumina NOUN hjic-1087 123 31 slips slip VERB hjic-1087 123 32 investigated investigate VERB hjic-1087 123 33 . . PUNCT hjic-1087 124 1 an an DET hjic-1087 124 2 inspection inspection NOUN hjic-1087 124 3 of of ADP hjic-1087 124 4 the the DET hjic-1087 124 5 mechanical mechanical ADJ hjic-1087 124 6 spectra spectra NOUN hjic-1087 124 7 determined determine VERB hjic-1087 124 8 for for ADP hjic-1087 124 9 the the DET hjic-1087 124 10 alumina alumina NOUN hjic-1087 124 11 slips slips AUX hjic-1087 124 12 formulated formulate VERB hjic-1087 124 13 without without ADP hjic-1087 124 14 deflocculant deflocculant NOUN hjic-1087 124 15 , , PUNCT hjic-1087 124 16 i.e. i.e. X hjic-1087 124 17 the the DET hjic-1087 124 18 plots plot NOUN hjic-1087 124 19 of of ADP hjic-1087 124 20 storage storage NOUN hjic-1087 124 21 ( ( PUNCT hjic-1087 124 22 g g NOUN hjic-1087 124 23 ' ' PUNCT hjic-1087 124 24 ) ) PUNCT hjic-1087 124 25 and and CCONJ hjic-1087 124 26 loss loss NOUN hjic-1087 124 27 ( ( PUNCT hjic-1087 124 28 g g NOUN hjic-1087 124 29 " " PUNCT hjic-1087 124 30 ) ) PUNCT hjic-1087 124 31 moduli modulus NOUN hjic-1087 124 32 vs. vs. ADP hjic-1087 124 33 angular angular ADJ hjic-1087 124 34 velocity velocity NOUN hjic-1087 124 35 , , PUNCT hjic-1087 124 36 shows show VERB hjic-1087 124 37 that that SCONJ hjic-1087 124 38 g g NOUN hjic-1087 124 39 " " PUNCT hjic-1087 124 40 is be AUX hjic-1087 124 41 always always ADV hjic-1087 124 42 greater great ADJ hjic-1087 124 43 than than ADP hjic-1087 124 44 g g NOUN hjic-1087 124 45 ' ' PUNCT hjic-1087 124 46 ; ; PUNCT hjic-1087 124 47 hence hence ADV hjic-1087 124 48 , , PUNCT hjic-1087 124 49 one one PRON hjic-1087 124 50 can can AUX hjic-1087 124 51 state state VERB hjic-1087 124 52 153 153 NUM hjic-1087 124 53 " " PUNCT hjic-1087 124 54 " " PUNCT hjic-1087 124 55 < < X hjic-1087 124 56 > > X hjic-1087 124 57 0.03wt% 0.03wt% NUM hjic-1087 125 1 a a DET hjic-1087 125 2 a a DET hjic-1087 125 3 " " PUNCT hjic-1087 125 4 " " PUNCT hjic-1087 125 5 a a PRON hjic-1087 125 6 0.05wl"k 0.05wl"k X hjic-1087 125 7 " " PUNCT hjic-1087 125 8 " " PUNCT hjic-1087 125 9 " " PUNCT hjic-1087 125 10 • • NUM hjic-1087 125 11 0.10wt"k 0.10wt"k NUM hjic-1087 125 12 10000 10000 NUM hjic-1087 125 13 at at ADP hjic-1087 125 14 : : PUNCT hjic-1087 125 15 . . PUNCT hjic-1087 126 1 " " PUNCT hjic-1087 126 2 " " PUNCT hjic-1087 126 3 ....... ....... PUNCT hjic-1087 126 4 , , PUNCT hjic-1087 126 5 . . PUNCT hjic-1087 126 6 , , PUNCT hjic-1087 126 7 ... ... PUNCT hjic-1087 126 8 1.00 1.00 NUM hjic-1087 126 9 wt% wt% ADJ hjic-1087 126 10 . . PUNCT hjic-1087 126 11 , , PUNCT hjic-1087 126 12 " " PUNCT hjic-1087 126 13 . . PUNCT hjic-1087 126 14 , , PUNCT hjic-1087 126 15 " " PUNCT hjic-1087 126 16 . . PUNCT hjic-1087 126 17 , , PUNCT hjic-1087 126 18 " " PUNCT hjic-1087 126 19 " " PUNCT hjic-1087 126 20 . . PUNCT hjic-1087 126 21 , , PUNCT hjic-1087 126 22 .. .. PUNCT hjic-1087 126 23 , , PUNCT hjic-1087 126 24 " " PUNCT hjic-1087 126 25 . . PUNCT hjic-1087 126 26 , , PUNCT hjic-1087 126 27 .. .. PUNCT hjic-1087 126 28 , , PUNCT hjic-1087 126 29 aai:.a aai:.a VERB hjic-1087 126 30 a a DET hjic-1087 126 31 i:.aa i:.aa NOUN hjic-1087 126 32 a a DET hjic-1087 126 33 a a DET hjic-1087 126 34 1 1 NUM hjic-1087 126 35 : : PUNCT hjic-1087 126 36 . . PUNCT hjic-1087 127 1 a a DET hjic-1087 127 2 a a DET hjic-1087 127 3 a a DET hjic-1087 127 4 a a DET hjic-1087 127 5 a a DET hjic-1087 127 6 a a DET hjic-1087 127 7 a a DET hjic-1087 127 8 6 6 NUM hjic-1087 127 9 a a DET hjic-1087 127 10 a a DET hjic-1087 127 11 a a DET hjic-1087 127 12 10 10 NUM hjic-1087 127 13 + + ADJ hjic-1087 127 14 o---.----1~00 o---.----1~00 ADV hjic-1087 127 15 - - PUNCT hjic-1087 127 16 -~--200r--., -~--200r--., ADJ hjic-1087 127 17 .. .. PUNCT hjic-1087 127 18 ---3~00~-y- ---3~00~-y- PUNCT hjic-1087 127 19 . . PUNCT hjic-1087 128 1 ~[-s·-1)~400 ~[-s·-1)~400 NOUN hjic-1087 128 2 fig.8 fig.8 PROPN hjic-1087 128 3 apparent apparent ADJ hjic-1087 128 4 viscosity viscosity NOUN hjic-1087 128 5 ( ( PUNCT hjic-1087 128 6 yj yj PROPN hjic-1087 128 7 ) ) PUNCT hjic-1087 128 8 vs. vs. ADP hjic-1087 128 9 shear shear NOUN hjic-1087 128 10 rate rate NOUN hjic-1087 128 11 ( ( PUNCT hjic-1087 128 12 y y NOUN hjic-1087 128 13 ) ) PUNCT hjic-1087 128 14 tlow tlow ADJ hjic-1087 128 15 curves curve NOUN hjic-1087 128 16 for for ADP hjic-1087 128 17 the the DET hjic-1087 128 18 77.5 77.5 NUM hjic-1087 128 19 wt% wt% VERB hjic-1087 128 20 alumina+ alumina+ PART hjic-1087 128 21 sodium sodium NOUN hjic-1087 128 22 polyphosphate polyphosphate ADJ hjic-1087 128 23 suspensions suspension NOUN hjic-1087 128 24 studied study VERB hjic-1087 128 25 . . PUNCT hjic-1087 129 1 100 100 NUM hjic-1087 129 2 lj,'l lj,'l NOUN hjic-1087 129 3 ] ] X hjic-1087 129 4 ' ' PUNCT hjic-1087 129 5 [ [ X hjic-1087 129 6 pa·s pa·s NOUN hjic-1087 129 7 } } PUNCT hjic-1087 129 8 rt rt NOUN hjic-1087 129 9 ' ' PUNCT hjic-1087 129 10 n n CCONJ hjic-1087 129 11 --•-o--10 --•-o--10 NUM hjic-1087 129 12 1 1 NUM hjic-1087 129 13 0.1 0.1 NUM hjic-1087 129 14 0.01 0.01 NUM hjic-1087 129 15 0.005 0.005 NUM hjic-1087 129 16 0.01 0.01 NUM hjic-1087 129 17 fig.9 fig.9 ADV hjic-1087 129 18 apparent apparent ADJ hjic-1087 129 19 ( ( PUNCT hjic-1087 129 20 yj yj PROPN hjic-1087 129 21 ) ) PUNCT hjic-1087 129 22 and and CCONJ hjic-1087 129 23 dynamic dynamic ADJ hjic-1087 129 24 ( ( PUNCT hjic-1087 129 25 t t NOUN hjic-1087 129 26 } } PUNCT hjic-1087 129 27 ' ' PUNCT hjic-1087 129 28 ) ) PUNCT hjic-1087 129 29 viscosit viscosit NOUN hjic-1087 129 30 ; ; PUNCT hjic-1087 129 31 . . PUNCT hjic-1087 129 32 - - PUNCT hjic-1087 129 33 . . PUNCT hjic-1087 130 1 ~ ~ PUNCT hjic-1087 130 2 deflocculant deflocculant ADJ hjic-1087 130 3 concentration concentration NOUN hjic-1087 130 4 ( ( PUNCT hjic-1087 130 5 y y NOUN hjic-1087 130 6 = = NOUN hjic-1087 130 7 200s-1 200s-1 NUM hjic-1087 130 8 ; ; PUNCT hjic-1087 130 9 m m VERB hjic-1087 130 10 = = NOUN hjic-1087 130 11 2s 2s X hjic-1087 130 12 · · PUNCT hjic-1087 130 13 1 1 NUM hjic-1087 130 14 ) ) PUNCT hjic-1087 130 15 . . PUNCT hjic-1087 131 1 that that SCONJ hjic-1087 131 2 no no DET hjic-1087 131 3 gel gel NOUN hjic-1087 131 4 - - PUNCT hjic-1087 131 5 like like NOUN hjic-1087 131 6 to to ADP hjic-1087 131 7 sol sol NOUN hjic-1087 131 8 - - PUNCT hjic-1087 131 9 like like ADJ hjic-1087 131 10 transition transition NOUN hjic-1087 131 11 occurred occur VERB hjic-1087 131 12 over over ADP hjic-1087 131 13 the the DET hjic-1087 131 14 all all DET hjic-1087 131 15 frequency frequency NOUN hjic-1087 131 16 sweep sweep NOUN hjic-1087 131 17 explored explore VERB hjic-1087 131 18 . . PUNCT hjic-1087 132 1 in in ADP hjic-1087 132 2 addition addition NOUN hjic-1087 132 3 , , PUNCT hjic-1087 132 4 it it PRON hjic-1087 132 5 results result VERB hjic-1087 132 6 that that SCONJ hjic-1087 132 7 both both PRON hjic-1087 132 8 g g NOUN hjic-1087 132 9 ' ' PUNCT hjic-1087 132 10 and and CCONJ hjic-1087 132 11 g g NOUN hjic-1087 132 12 " " PUNCT hjic-1087 132 13 are be AUX hjic-1087 132 14 nearly nearly ADV hjic-1087 132 15 independent independent ADJ hjic-1087 132 16 of of ADP hjic-1087 132 17 ro ro PROPN hjic-1087 132 18 within within ADP hjic-1087 132 19 the the DET hjic-1087 132 20 whole whole ADJ hjic-1087 132 21 frequency frequency NOUN hjic-1087 132 22 range range NOUN hjic-1087 132 23 investigated investigate VERB hjic-1087 132 24 . . PUNCT hjic-1087 133 1 an an DET hjic-1087 133 2 example example NOUN hjic-1087 133 3 of of ADP hjic-1087 133 4 both both PRON hjic-1087 133 5 g g NOUN hjic-1087 133 6 ' ' PUNCT hjic-1087 133 7 and and CCONJ hjic-1087 133 8 g g NOUN hjic-1087 133 9 " " PUNCT hjic-1087 133 10 variation variation NOUN hjic-1087 133 11 with with ADP hjic-1087 133 12 angular angular ADJ hjic-1087 133 13 velocity velocity NOUN hjic-1087 133 14 i i PRON hjic-1087 133 15 ~ ~ PUNCT hjic-1087 133 16 reported report VERB hjic-1087 133 17 in in ADP hjic-1087 133 18 fig fig NOUN hjic-1087 133 19 . . PUNCT hjic-1087 134 1 7 7 X hjic-1087 134 2 . . X hjic-1087 134 3 effect effect NOUN hjic-1087 134 4 of of ADP hjic-1087 134 5 deflocculant deflocculant ADJ hjic-1087 134 6 addition addition NOUN hjic-1087 134 7 figure figure NOUN hjic-1087 134 8 8 8 NUM hjic-1087 134 9 reports report VERB hjic-1087 134 10 the the DET hjic-1087 134 11 apparent apparent ADJ hjic-1087 134 12 viscosity viscosity NOUN hjic-1087 134 13 vs. vs. ADP hjic-1087 134 14 ~hear ~hear NOUN hjic-1087 134 15 . . PUNCT hjic-1087 135 1 rate rate NOUN hjic-1087 135 2 flow flow NOUN hjic-1087 135 3 curves curve NOUN hjic-1087 135 4 obtained obtain VERB hjic-1087 135 5 for for ADP hjic-1087 135 6 the the DET hjic-1087 135 7 77.5 77.5 NUM hjic-1087 135 8 wt% wt% VERB hjic-1087 135 9 alumma alumma PROPN hjic-1087 135 10 shp shp NOUN hjic-1087 135 11 to to PART hjic-1087 135 12 which which PRON hjic-1087 135 13 a a DET hjic-1087 135 14 sodium sodium NOUN hjic-1087 135 15 polyphosphate polyphosphate NOUN hjic-1087 135 16 was be AUX hjic-1087 135 17 added add VERB hjic-1087 135 18 as as ADP hjic-1087 135 19 dispersing disperse VERB hjic-1087 135 20 agent agent NOUN hjic-1087 135 21 . . PUNCT hjic-1087 136 1 from from ADP hjic-1087 136 2 an an DET hjic-1087 136 3 examination examination NOUN hjic-1087 136 4 of of ADP hjic-1087 136 5 fig.b fig.b PROPN hjic-1087 136 6 a a DET hjic-1087 136 7 shear"thinning shear"thinne VERB hjic-1087 136 8 behaviour behaviour NOUN hjic-1087 136 9 is be AUX hjic-1087 136 10 registered register VERB hjic-1087 136 11 within within ADP hjic-1087 136 12 an an DET hjic-1087 136 13 the the DET hjic-1087 136 14 defloccu defloccu NOUN hjic-1087 136 15 ~ ~ SYM hjic-1087 136 16 ant ant ADJ hjic-1087 136 17 concentration concentration NOUN hjic-1087 136 18 range range NOUN hjic-1087 136 19 examined examine VERB hjic-1087 136 20 : : PUNCT hjic-1087 136 21 hence hence ADV hjic-1087 136 22 . . PUNCT hjic-1087 137 1 sod1um sod1um ADJ hjic-1087 137 2 polyphosphate polyphosphate NOUN hjic-1087 137 3 behaves behave VERB hjic-1087 137 4 in in ADP hjic-1087 137 5 a a DET hjic-1087 137 6 different different ADJ hjic-1087 137 7 manner manner NOUN hjic-1087 137 8 than than ADP hjic-1087 137 9 in in ADP hjic-1087 137 10 kaolin kaolin PROPN hjic-1087 137 11 suspensions~ suspensions~ PROPN hjic-1087 137 12 where where SCONJ hjic-1087 137 13 its its PRON hjic-1087 137 14 presence presence NOUN hjic-1087 137 15 mv mv PROPN hjic-1087 137 16 , , PUNCT hjic-1087 137 17 jives jive VERB hjic-1087 137 18 a a DET hjic-1087 137 19 dilatant dilatant ADJ hjic-1087 137 20 behaviour behaviour NOUN hjic-1087 137 21 beyond beyond ADP hjic-1087 137 22 a a DET hjic-1087 137 23 critical critical ADJ hjic-1087 137 24 concentrat1 concentrat1 NOUN hjic-1087 137 25 '' '' PUNCT hjic-1087 137 26 " " PUNCT hjic-1087 137 27 t t PROPN hjic-1087 137 28 121 121 NUM hjic-1087 137 29 . . PUNCT hjic-1087 138 1 in in ADP hjic-1087 138 2 addition addition NOUN hjic-1087 138 3 . . PUNCT hjic-1087 139 1 a a DET hjic-1087 139 2 viscosity viscosity NOUN hjic-1087 139 3 collapse collapse NOUN hjic-1087 139 4 is be AUX hjic-1087 139 5 made make VERB hjic-1087 139 6 ev1dcnt ev1dcnt PUNCT hjic-1087 139 7 by by ADP hjic-1087 139 8 adding add VERB hjic-1087 139 9 a a DET hjic-1087 139 10 0.01 0.01 NUM hjic-1087 139 11 wt% wt% ADJ hjic-1087 139 12 of of ADP hjic-1087 139 13 deflocculant deflocculant NOUN hjic-1087 139 14 and and CCONJ hjic-1087 139 15 pa~~u1~ pa~~u1~ VERB hjic-1087 139 16 from from ADP hjic-1087 139 17 0.01 0.01 NUM hjic-1087 139 18 to to PART hjic-1087 139 19 0.03 0.03 NUM hjic-1087 139 20 wt% wt% VERB hjic-1087 139 21 as as ADP hjic-1087 139 22 welt welt PROPN hjic-1087 139 23 final final NOUN hjic-1087 139 24 ! ! PUNCT hjic-1087 139 25 ; ; PUNCT hjic-1087 139 26 . . PUNCT hjic-1087 140 1 by by ADP hjic-1087 140 2 exam exam NOUN hjic-1087 140 3 ~ ~ NOUN hjic-1087 140 4 nmg nmg NOUN hjic-1087 140 5 t t X hjic-1087 140 6 ~ ~ PROPN hjic-1087 140 7 e e NOUN hjic-1087 140 8 results result NOUN hjic-1087 140 9 shown show VERB hjic-1087 140 10 in in ADP hjic-1087 140 11 figs fig NOUN hjic-1087 140 12 . . PUNCT hjic-1087 141 1 9 9 NUM hjic-1087 141 2 and and CCONJ hjic-1087 141 3 10 10 NUM hjic-1087 141 4 th~ th~ PROPN hjic-1087 141 5 optimum optimum ADJ hjic-1087 141 6 d<)sage d<)sage NOUN hjic-1087 141 7 _ _ PRON hjic-1087 141 8 : : PUNCT hjic-1087 141 9 ~;r ~;r NOUN hjic-1087 141 10 sodium sodium NOUN hjic-1087 141 11 polyphosphate polyphosphate NOUN hjic-1087 141 12 was be AUX hjic-1087 141 13 determmed determme VERB hjic-1087 141 14 for for ADP hjic-1087 141 15 cd:::::0.05 cd:::::0.05 NOUN hjic-1087 141 16 \\:t \\:t NOUN hjic-1087 141 17 •c •c ADJ hjic-1087 141 18 · · PUNCT hjic-1087 141 19 154 154 NUM hjic-1087 141 20 1000~------------------------------~ 1000~------------------------------~ NUM hjic-1087 141 21 g',g• g',g• NOUN hjic-1087 142 1 [ [ X hjic-1087 142 2 pa pa NOUN hjic-1087 142 3 } } PUNCT hjic-1087 142 4 100 100 NUM hjic-1087 142 5 10 10 NUM hjic-1087 142 6 0.1 0.1 NUM hjic-1087 142 7 -l- -l- NUM hjic-1087 142 8 ..... ..... PUNCT hjic-1087 142 9 ------.- ------.- PROPN hjic-1087 142 10 ................. ................. PROPN hjic-1087 142 11 ....... ....... PUNCT hjic-1087 142 12 ---r-- ---r-- NOUN hjic-1087 142 13 .. .. PUNCT hjic-1087 142 14 -- -- PUNCT hjic-1087 142 15 .. .. PUNCT hjic-1087 142 16 -r -r PROPN hjic-1087 142 17 - - PUNCT hjic-1087 142 18 t' t' NUM hjic-1087 142 19 ......... ......... PUNCT hjic-1087 142 20 ,r--- ,r--- PROPN hjic-1087 142 21 .. .. PUNCT hjic-1087 142 22 -~"t"""5 -~"t"""5 NUM hjic-1087 143 1 o.oos o.oos NOUN hjic-1087 143 2 om om PROPN hjic-1087 143 3 0.1 0.1 NUM hjic-1087 143 4 cd cd PROPN hjic-1087 143 5 [ [ X hjic-1087 143 6 wt%j wt%j PROPN hjic-1087 143 7 fig./0 fig./0 ADJ hjic-1087 143 8 storage storage NOUN hjic-1087 143 9 ( ( PUNCT hjic-1087 143 10 g• g• ADJ hjic-1087 143 11 ) ) PUNCT hjic-1087 143 12 and and CCONJ hjic-1087 143 13 loss loss NOUN hjic-1087 143 14 ( ( PUNCT hjic-1087 143 15 g g NOUN hjic-1087 143 16 '' '' PUNCT hjic-1087 143 17 ) ) PUNCT hjic-1087 143 18 moduli modulus NOUN hjic-1087 143 19 vs. vs. ADP hjic-1087 143 20 deflocculant deflocculant ADJ hjic-1087 143 21 concentration concentration NOUN hjic-1087 143 22 ( ( PUNCT hjic-1087 143 23 < < X hjic-1087 143 24 o o X hjic-1087 143 25 = = NOUN hjic-1087 143 26 2s'1 2s'1 NUM hjic-1087 143 27 ) ) PUNCT hjic-1087 143 28 . . PUNCT hjic-1087 144 1 conclusions conclusion NOUN hjic-1087 144 2 as as ADV hjic-1087 144 3 far far ADV hjic-1087 144 4 as as SCONJ hjic-1087 144 5 the the DET hjic-1087 144 6 rheological rheological ADJ hjic-1087 144 7 models model NOUN hjic-1087 144 8 of of ADP hjic-1087 144 9 the the DET hjic-1087 144 10 -t -t PUNCT hjic-1087 144 11 = = SYM hjic-1087 144 12 f f X hjic-1087 144 13 ( ( PUNCT hjic-1087 144 14 i i NOUN hjic-1087 144 15 ) ) PUNCT hjic-1087 144 16 type type NOUN hjic-1087 144 17 are be AUX hjic-1087 144 18 concerned concern VERB hjic-1087 144 19 , , PUNCT hjic-1087 144 20 the the DET hjic-1087 144 21 casson casson PROPN hjic-1087 144 22 model model NOUN hjic-1087 144 23 proved prove VERB hjic-1087 144 24 to to PART hjic-1087 144 25 be be AUX hjic-1087 144 26 the the DET hjic-1087 144 27 most most ADV hjic-1087 144 28 suitable suitable ADJ hjic-1087 144 29 to to PART hjic-1087 144 30 describe describe VERB hjic-1087 144 31 the the DET hjic-1087 144 32 flow flow NOUN hjic-1087 144 33 behaviour behaviour NOUN hjic-1087 144 34 of of ADP hjic-1087 144 35 alumina alumina NOUN hjic-1087 144 36 concentrated concentrate VERB hjic-1087 144 37 suspensions suspension NOUN hjic-1087 144 38 in in ADP hjic-1087 144 39 the the DET hjic-1087 144 40 shear shear NOUN hjic-1087 144 41 rate rate NOUN hjic-1087 144 42 range range NOUN hjic-1087 144 43 explored explore VERB hjic-1087 144 44 and and CCONJ hjic-1087 144 45 for for ADP hjic-1087 144 46 any any DET hjic-1087 144 47 alumina alumina NOUN hjic-1087 144 48 concentration concentration NOUN hjic-1087 144 49 examined examine VERB hjic-1087 144 50 as as ADV hjic-1087 144 51 well well ADV hjic-1087 144 52 . . PUNCT hjic-1087 145 1 as as ADP hjic-1087 145 2 for for ADP hjic-1087 145 3 the the DET hjic-1087 145 4 rheological rheological ADJ hjic-1087 145 5 models model NOUN hjic-1087 145 6 of of ADP hjic-1087 145 7 the the DET hjic-1087 145 8 11r 11r NOUN hjic-1087 145 9 = = SYM hjic-1087 145 10 f f X hjic-1087 145 11 ( ( PUNCT hjic-1087 145 12 c c NOUN hjic-1087 145 13 ! ! PUNCT hjic-1087 145 14 > > PUNCT hjic-1087 145 15 , , PUNCT hjic-1087 145 16 i i NOUN hjic-1087 145 17 ) ) PUNCT hjic-1087 145 18 type~ type~ NOUN hjic-1087 145 19 the the DET hjic-1087 145 20 quemada quemada PROPN hjic-1087 145 21 model model NOUN hjic-1087 145 22 gave give VERB hjic-1087 145 23 satisfactory satisfactory ADJ hjic-1087 145 24 results result NOUN hjic-1087 145 25 , , PUNCT hjic-1087 145 26 it it PRON hjic-1087 145 27 reducing reduce VERB hjic-1087 145 28 to to ADP hjic-1087 145 29 the the DET hjic-1087 145 30 casson casson PROPN hjic-1087 145 31 equation equation NOUN hjic-1087 145 32 for for ADP hjic-1087 145 33 the the DET hjic-1087 145 34 alumina alumina NOUN hjic-1087 145 35 slips slip VERB hjic-1087 145 36 investigated investigate VERB hjic-1087 145 37 ; ; PUNCT hjic-1087 145 38 in in ADP hjic-1087 145 39 addition addition NOUN hjic-1087 145 40 . . PUNCT hjic-1087 146 1 the the DET hjic-1087 146 2 quemada quemada PROPN hjic-1087 146 3 p p PROPN hjic-1087 146 4 parameter parameter NOUN hjic-1087 146 5 can can AUX hjic-1087 146 6 be be AUX hjic-1087 146 7 associated associate VERB hjic-1087 146 8 tb tb ADP hjic-1087 146 9 the the DET hjic-1087 146 10 asymmetric asymmetric ADJ hjic-1087 146 11 shape shape NOUN hjic-1087 146 12 of of ADP hjic-1087 146 13 aggregates aggregate NOUN hjic-1087 146 14 . . PUNCT hjic-1087 147 1 the the DET hjic-1087 147 2 application application NOUN hjic-1087 147 3 of of ADP hjic-1087 147 4 oscillatory oscillatory ADJ hjic-1087 147 5 techniques technique NOUN hjic-1087 147 6 did do AUX hjic-1087 147 7 not not PART hjic-1087 147 8 prove prove VERB hjic-1087 147 9 the the DET hjic-1087 147 10 existence existence NOUN hjic-1087 147 11 of of ADP hjic-1087 147 12 a a DET hjic-1087 147 13 gel gel NOUN hjic-1087 147 14 - - PUNCT hjic-1087 147 15 like like NOUN hjic-1087 147 16 to to ADP hjic-1087 147 17 sol sol NOUN hjic-1087 147 18 - - PUNCT hjic-1087 147 19 like like ADJ hjic-1087 147 20 transition transition NOUN hjic-1087 147 21 . . PUNCT hjic-1087 148 1 finally finally ADV hjic-1087 148 2 , , PUNCT hjic-1087 148 3 the the DET hjic-1087 148 4 optimum optimum ADJ hjic-1087 148 5 dosage dosage NOUN hjic-1087 148 6 for for ADP hjic-1087 148 7 a a DET hjic-1087 148 8 sodium sodium NOUN hjic-1087 148 9 polyphosphate polyphosphate NOUN hjic-1087 148 10 employed employ VERB hjic-1087 148 11 as as ADP hjic-1087 148 12 dispersing disperse VERB hjic-1087 148 13 agent agent NOUN hjic-1087 148 14 was be AUX hjic-1087 148 15 determined determine VERB hjic-1087 148 16 by by ADP hjic-1087 148 17 means mean NOUN hjic-1087 148 18 of of ADP hjic-1087 148 19 rheological rheological ADJ hjic-1087 148 20 techniques technique NOUN hjic-1087 148 21 . . PUNCT hjic-1087 149 1 symbols symbols PROPN hjic-1087 149 2 a11 a11 PROPN hjic-1087 149 3 , , PUNCT hjic-1087 149 4 ar ar NOUN hjic-1087 149 5 shift shift NOUN hjic-1087 149 6 factors factor NOUN hjic-1087 149 7 a a DET hjic-1087 149 8 , , PUNCT hjic-1087 149 9 b b NOUN hjic-1087 149 10 , , PUNCT hjic-1087 149 11 dcp dcp NOUN hjic-1087 149 12 parameters parameter NOUN hjic-1087 149 13 ofeqn ofeqn VERB hjic-1087 149 14 . . PUNCT hjic-1087 150 1 ( ( PUNCT hjic-1087 150 2 6 6 X hjic-1087 150 3 ) ) PUNCT hjic-1087 150 4 deflocculant deflocculant ADJ hjic-1087 150 5 concentration concentration NOUN hjic-1087 150 6 , , PUNCT hjic-1087 150 7 wt% wt% VERB hjic-1087 150 8 g g NOUN hjic-1087 150 9 ' ' PUNCT hjic-1087 150 10 a·~ a·~ PROPN hjic-1087 150 11 determination determination NOUN hjic-1087 150 12 coefficient coefficient NOUN hjic-1087 150 13 values value NOUN hjic-1087 150 14 storage storage NOUN hjic-1087 150 15 modulus modulus NOUN hjic-1087 150 16 . . PUNCT hjic-1087 151 1 pa pa NOUN hjic-1087 151 2 loss loss NOUN hjic-1087 151 3 modulus modulus NOUN hjic-1087 151 4 , , PUNCT hjic-1087 151 5 pa pa PROPN hjic-1087 151 6 k k PROPN hjic-1087 151 7 ko ko PROPN hjic-1087 151 8 parameter parameter NOUN hjic-1087 151 9 of of ADP hjic-1087 151 10 the the DET hjic-1087 151 11 quemada quemada PROPN hjic-1087 151 12 equation equation PROPN hjic-1087 151 13 quemada quemada PROPN hjic-1087 151 14 intrinsic intrinsic ADJ hjic-1087 151 15 viscosity viscosity NOUN hjic-1087 151 16 for for ADP hjic-1087 151 17 a a DET hjic-1087 151 18 very very ADV hjic-1087 151 19 low low ADJ hjic-1087 151 20 shear shear NOUN hjic-1087 151 21 rate rate NOUN hjic-1087 151 22 . . PUNCT hjic-1087 152 1 koo koo PROPN hjic-1087 152 2 quemada quemada PROPN hjic-1087 152 3 intrinsic intrinsic ADJ hjic-1087 152 4 viscosity viscosity NOUN hjic-1087 152 5 for for ADP hjic-1087 152 6 a a DET hjic-1087 152 7 very very ADV hjic-1087 152 8 high high ADJ hjic-1087 152 9 shear shear NOUN hjic-1087 152 10 rate rate NOUN hjic-1087 152 11 k k PROPN hjic-1087 152 12 consistency consistency NOUN hjic-1087 152 13 in in ADP hjic-1087 152 14 eqns eqns PROPN hjic-1087 152 15 . . PUNCT hjic-1087 153 1 ( ( PUNCT hjic-1087 153 2 4 4 NUM hjic-1087 153 3 * * NUM hjic-1087 153 4 5 5 NUM hjic-1087 153 5 ) ) PUNCT hjic-1087 153 6 k k NOUN hjic-1087 153 7 ' ' PUNCT hjic-1087 153 8 constant constant ADJ hjic-1087 153 9 in in ADP hjic-1087 153 10 eqn eqn NOUN hjic-1087 153 11 . . PUNCT hjic-1087 154 1 ( ( PUNCT hjic-1087 154 2 7 7 X hjic-1087 154 3 ) ) PUNCT hjic-1087 154 4 m m PROPN hjic-1087 154 5 exponent exponent NOUN hjic-1087 154 6 in in ADP hjic-1087 154 7 eqn eqn PROPN hjic-1087 154 8 . . PUNCT hjic-1087 155 1 ( ( PUNCT hjic-1087 155 2 7 7 X hjic-1087 155 3 ) ) PUNCT hjic-1087 155 4 n n NOUN hjic-1087 155 5 exponent exponent NOUN hjic-1087 155 6 in in ADP hjic-1087 155 7 eqns eqns PROPN hjic-1087 155 8 . . PUNCT hjic-1087 156 1 ( ( PUNCT hjic-1087 156 2 3~5 3~5 NUM hjic-1087 156 3 ) ) PUNCT hjic-1087 156 4 p p NOUN hjic-1087 156 5 exponent exponent NOUN hjic-1087 156 6 in in ADP hjic-1087 156 7 the the DET hjic-1087 156 8 quemada quemada PROPN hjic-1087 156 9 equation equation NOUN hjic-1087 156 10 std std AUX hjic-1087 156 11 standard standard ADJ hjic-1087 156 12 deviations deviation NOUN hjic-1087 156 13 estimates estimate VERB hjic-1087 156 14 greek greek NOUN hjic-1087 156 15 letters letter NOUN hjic-1087 156 16 y y PROPN hjic-1087 156 17 shear shear NOUN hjic-1087 156 18 rate rate NOUN hjic-1087 156 19 , , PUNCT hjic-1087 156 20 s s PART hjic-1087 156 21 -1 -1 PROPN hjic-1087 156 22 y y PROPN hjic-1087 156 23 c c PROPN hjic-1087 156 24 critical critical ADJ hjic-1087 156 25 shear shear NOUN hjic-1087 156 26 rate rate NOUN hjic-1087 156 27 in in ADP hjic-1087 156 28 the the DET hjic-1087 156 29 quemada quemada PROPN hjic-1087 156 30 equation equation NOUN hjic-1087 156 31 . . PUNCT hjic-1087 156 32 " " PUNCT hjic-1087 157 1 s-1 s-1 NOUN hjic-1087 157 2 y y PROPN hjic-1087 157 3 r r NOUN hjic-1087 157 4 reduced reduce VERB hjic-1087 157 5 shear shear NOUN hjic-1087 157 6 rate rate NOUN hjic-1087 157 7 in in ADP hjic-1087 157 8 eqn eqn NOUN hjic-1087 157 9 . . PUNCT hjic-1087 158 1 ( ( PUNCT hjic-1087 158 2 11 11 NUM hjic-1087 158 3 ) ) PUNCT hjic-1087 158 4 q q ADJ hjic-1087 158 5 , , PUNCT hjic-1087 158 6 solid solid ADJ hjic-1087 158 7 ( ( PUNCT hjic-1087 158 8 nominal nominal ADJ hjic-1087 158 9 ) ) PUNCT hjic-1087 158 10 volume volume NOUN hjic-1087 158 11 fraction fraction NOUN hjic-1087 158 12 cj cj NOUN hjic-1087 158 13 > > NOUN hjic-1087 158 14 ' ' PUNCT hjic-1087 158 15 parameter parameter NOUN hjic-1087 158 16 ofeqn ofeqn NOUN hjic-1087 158 17 . . PUNCT hjic-1087 159 1 ( ( PUNCT hjic-1087 159 2 6 6 X hjic-1087 159 3 ) ) PUNCT hjic-1087 159 4 n. n. NOUN hjic-1087 159 5 effective effective ADJ hjic-1087 159 6 volume volume NOUN hjic-1087 159 7 fraction fraction NOUN hjic-1087 159 8 ' ' PROPN hjic-1087 159 9 l'eff l'eff PROPN hjic-1087 159 10 ci ci PROPN hjic-1087 159 11 > > NOUN hjic-1087 159 12 0 0 PUNCT hjic-1087 159 13 percolation percolation NOUN hjic-1087 159 14 threshold threshold NOUN hjic-1087 159 15 [ [ X hjic-1087 159 16 see see VERB hjic-1087 159 17 eqn eqn NOUN hjic-1087 159 18 . . PUNCT hjic-1087 160 1 ( ( PUNCT hjic-1087 160 2 7 7 NUM hjic-1087 160 3 ) ) PUNCT hjic-1087 160 4 ] ] PUNCT hjic-1087 161 1 maximum maximum ADP hjic-1087 161 2 solid solid ADJ hjic-1087 161 3 volume volume NOUN hjic-1087 161 4 fraction fraction NOUN hjic-1087 161 5 volume volume NOUN hjic-1087 161 6 fraction fraction NOUN hjic-1087 161 7 of of ADP hjic-1087 161 8 random random ADJ hjic-1087 161 9 particle particle NOUN hjic-1087 161 10 packing packing NOUN hjic-1087 161 11 apparent apparent ADJ hjic-1087 161 12 viscosity viscosity NOUN hjic-1087 161 13 , , PUNCT hjic-1087 161 14 mpa·s mpa·s VERB hjic-1087 161 15 dynamic dynamic ADJ hjic-1087 161 16 viscosity viscosity NOUN hjic-1087 161 17 , , PUNCT hjic-1087 161 18 pa·s pa·s X hjic-1087 161 19 plastic plastic NOUN hjic-1087 161 20 viscosity viscosity NOUN hjic-1087 161 21 [ [ AUX hjic-1087 161 22 see see VERB hjic-1087 161 23 eqn eqn NOUN hjic-1087 161 24 . . PUNCT hjic-1087 162 1 ( ( PUNCT hjic-1087 162 2 1 1 NUM hjic-1087 162 3 ) ) PUNCT hjic-1087 162 4 ] ] PUNCT hjic-1087 162 5 , , PUNCT hjic-1087 162 6 pa·s pa·s X hjic-1087 162 7 relative relative ADJ hjic-1087 162 8 viscosity viscosity NOUN hjic-1087 162 9 reduced reduce VERB hjic-1087 162 10 viscosity viscosity NOUN hjic-1087 162 11 , , PUNCT hjic-1087 162 12 pa pa PROPN hjic-1087 162 13 s s PROPN hjic-1087 162 14 viscosity viscosity NOUN hjic-1087 162 15 at at ADP hjic-1087 162 16 infinite infinite ADJ hjic-1087 162 17 shear shear NOUN hjic-1087 162 18 rate rate NOUN hjic-1087 162 19 , , PUNCT hjic-1087 162 20 mpa·s mpa·s PUNCT hjic-1087 162 21 shear shear ADJ hjic-1087 162 22 stress stress NOUN hjic-1087 162 23 , , PUNCT hjic-1087 162 24 pa pa PROPN hjic-1087 162 25 yield yield NOUN hjic-1087 162 26 value value NOUN hjic-1087 162 27 , , PUNCT hjic-1087 162 28 pa pa PROPN hjic-1087 162 29 reduced reduce VERB hjic-1087 162 30 shear shear NOUN hjic-1087 162 31 stress stress NOUN hjic-1087 162 32 , , PUNCT hjic-1087 162 33 pa pa PROPN hjic-1087 162 34 angular angular ADJ hjic-1087 162 35 velocity velocity NOUN hjic-1087 162 36 , , PUNCT hjic-1087 162 37 s-1 s-1 PROPN hjic-1087 162 38 references reference NOUN hjic-1087 162 39 1 1 NUM hjic-1087 162 40 . . PUNCT hjic-1087 162 41 kr.istofferson kr.istofferson PROPN hjic-1087 162 42 a. a. PROPN hjic-1087 162 43 , , PUNCT hjic-1087 162 44 lapasin lapasin PROPN hjic-1087 162 45 r. r. PROPN hjic-1087 162 46 and and CCONJ hjic-1087 162 47 zupancic zupancic PROPN hjic-1087 162 48 a. a. NOUN hjic-1087 162 49 : : PUNCT hjic-1087 162 50 '' '' PUNCT hjic-1087 162 51 proprieta proprieta PROPN hjic-1087 162 52 reologiche reologiche PROPN hjic-1087 162 53 di di PROPN hjic-1087 162 54 sospensioni sospensioni PROPN hjic-1087 162 55 di di PROPN hjic-1087 162 56 allumina allumina PROPN hjic-1087 162 57 : : PUNCT hjic-1087 162 58 dipendenza dipendenza PROPN hjic-1087 162 59 dalla dalla PROPN hjic-1087 162 60 concentrazione concentrazione NOUN hjic-1087 162 61 di di NOUN hjic-1087 162 62 disperdente disperdente PROPN hjic-1087 162 63 e e PROPN hjic-1087 162 64 di di X hjic-1087 162 65 solido solido NOUN hjic-1087 162 66 " " PUNCT hjic-1087 162 67 , , PUNCT hjic-1087 162 68 in in ADP hjic-1087 162 69 : : PUNCT hjic-1087 162 70 proceedings proceeding NOUN hjic-1087 162 71 of of ADP hjic-1087 162 72 the the DET hjic-1087 162 73 " " PUNCT hjic-1087 162 74 v v PROPN hjic-1087 162 75 convegno convegno PROPN hjic-1087 162 76 nazionale nazionale PROPN hjic-1087 162 77 di di PROPN hjic-1087 162 78 reologia reologia PROPN hjic-1087 162 79 applicata applicata PROPN hjic-1087 162 80 " " PUNCT hjic-1087 162 81 , , PUNCT hjic-1087 162 82 103 103 NUM hjic-1087 162 83 - - SYM hjic-1087 162 84 107 107 NUM hjic-1087 162 85 , , PUNCT hjic-1087 162 86 1997 1997 NUM hjic-1087 162 87 2 2 NUM hjic-1087 162 88 . . X hjic-1087 162 89 zupancic zupancic NOUN hjic-1087 162 90 a. a. NOUN hjic-1087 162 91 , , PUNCT hjic-1087 162 92 lapasin lapasin PROPN hjic-1087 162 93 r. r. PROPN hjic-1087 162 94 and and CCONJ hjic-1087 162 95 kristofferson kristofferson PROPN hjic-1087 162 96 a. a. PROPN hjic-1087 162 97 : : PUNCT hjic-1087 162 98 j. j. PROPN hjic-1087 162 99 eur eur PROPN hjic-1087 162 100 . . PROPN hjic-1087 162 101 cer cer PROPN hjic-1087 162 102 . . PUNCT hjic-1087 162 103 soc soc PROPN hjic-1087 162 104 . . PUNCT hjic-1087 162 105 , , PUNCT hjic-1087 162 106 1998 1998 NUM hjic-1087 162 107 , , PUNCT hjic-1087 162 108 18,467 18,467 NUM hjic-1087 162 109 - - SYM hjic-1087 162 110 477 477 NUM hjic-1087 162 111 3 3 NUM hjic-1087 162 112 . . PUNCT hjic-1087 163 1 cesarano cesarano PROPN hjic-1087 163 2 iii iii X hjic-1087 163 3 j. j. PROPN hjic-1087 163 4 and and CCONJ hjic-1087 163 5 aksay aksay PROPN hjic-1087 163 6 i. i. PROPN hjic-1087 163 7 a. a. PROPN hjic-1087 163 8 : : PUNCT hjic-1087 163 9 j. j. PROPN hjic-1087 163 10 am am PROPN hjic-1087 163 11 . . PUNCT hjic-1087 164 1 ceram ceram PROPN hjic-1087 164 2 . . PUNCT hjic-1087 165 1 soc soc PROPN hjic-1087 165 2 . . PUNCT hjic-1087 166 1 1988 1988 NUM hjic-1087 166 2 , , PUNCT hjic-1087 166 3 71 71 NUM hjic-1087 166 4 ( ( PUNCT hjic-1087 166 5 4 4 NUM hjic-1087 166 6 ) ) PUNCT hjic-1087 166 7 , , PUNCT hjic-1087 166 8 250 250 NUM hjic-1087 166 9 - - SYM hjic-1087 166 10 255 255 NUM hjic-1087 166 11 4 4 NUM hjic-1087 166 12 . . X hjic-1087 166 13 cesarano cesarano PROPN hjic-1087 166 14 ill ill ADJ hjic-1087 166 15 j. j. PROPN hjic-1087 166 16 and and CCONJ hjic-1087 166 17 aksay aksay PROPN hjic-1087 166 18 i. i. PROPN hjic-1087 166 19 a. a. PROPN hjic-1087 166 20 : : PUNCT hjic-1087 166 21 j. j. PROPN hjic-1087 166 22 · · PROPN hjic-1087 166 23 am am PROPN hjic-1087 166 24 . . PUNCT hjic-1087 166 25 ceram ceram PROPN hjic-1087 166 26 . . PUNCT hjic-1087 167 1 soc.1988 soc.1988 NUM hjic-1087 167 2 . . NOUN hjic-1087 167 3 71 71 NUM hjic-1087 167 4 ( ( PUNCT hjic-1087 167 5 12),1062 12),1062 NUM hjic-1087 167 6 - - SYM hjic-1087 167 7 67 67 NUM hjic-1087 167 8 5 5 NUM hjic-1087 167 9 . . PUNCT hjic-1087 167 10 briscoe briscoe PROPN hjic-1087 167 11 b. b. PROPN hjic-1087 167 12 j. j. PROPN hjic-1087 167 13 , , PUNCT hjic-1087 167 14 khan khan PROPN hjic-1087 167 15 a. a. PROPN hjic-1087 167 16 u. u. PROPN hjic-1087 167 17 , , PUNCT hjic-1087 167 18 luckham luckham PROPN hjic-1087 167 19 p. p. PROPN hjic-1087 167 20 f. f. PROPN hjic-1087 167 21 and and CCONJ hjic-1087 167 22 ozkan ozkan PROPN hjic-1087 167 23 n. n. NOUN hjic-1087 167 24 : : PUNCT hjic-1087 167 25 key key ADJ hjic-1087 167 26 engineering engineering NOUN hjic-1087 167 27 materials material NOUN hjic-1087 167 28 , , PUNCT hjic-1087 167 29 1997 1997 NUM hjic-1087 167 30 , , PUNCT hjic-1087 167 31 132/136,281 132/136,281 NUM hjic-1087 167 32 - - SYM hjic-1087 167 33 284 284 NUM hjic-1087 167 34 6 6 NUM hjic-1087 167 35 . . PUNCT hjic-1087 167 36 lyckfeldt lyckfeldt PROPN hjic-1087 167 37 0 0 PROPN hjic-1087 167 38 . . PUNCT hjic-1087 167 39 and and CCONJ hjic-1087 167 40 ferreira ferreira PROPN hjic-1087 167 41 j. j. PROPN hjic-1087 167 42 m. m. PROPN hjic-1087 167 43 f. f. PROPN hjic-1087 167 44 : : PUNCT hjic-1087 167 45 key key ADJ hjic-1087 167 46 engineering engineering NOUN hjic-1087 167 47 materials material NOUN hjic-1087 167 48 , , PUNCT hjic-1087 167 49 1997 1997 NUM hjic-1087 167 50 , , PUNCT hjic-1087 167 51 132/136 132/136 NUM hjic-1087 167 52 , , PUNCT hjic-1087 167 53 313 313 NUM hjic-1087 167 54 - - SYM hjic-1087 167 55 316 316 NUM hjic-1087 167 56 7 7 NUM hjic-1087 167 57 . . PUNCT hjic-1087 167 58 incorvati incorvati PROPN hjic-1087 167 59 c. c. PROPN hjic-1087 167 60 m. m. PROPN hjic-1087 167 61 , , PUNCT hjic-1087 167 62 lee lee PROPN hjic-1087 167 63 d. d. PROPN hjic-1087 167 64 h. h. PROPN hjic-1087 167 65 , , PUNCT hjic-1087 167 66 reed reed PROPN hjic-1087 167 67 s. s. PROPN hjic-1087 167 68 j. j. PROPN hjic-1087 167 69 and and CCONJ hjic-1087 167 70 condrate condrate PROPN hjic-1087 167 71 r. r. PROPN hjic-1087 167 72 a.sr a.sr PROPN hjic-1087 167 73 . . PROPN hjic-1087 167 74 : : PUNCT hjic-1087 167 75 am be AUX hjic-1087 167 76 . . PUNCT hjic-1087 168 1 cer cer PROPN hjic-1087 168 2 . . PUNCT hjic-1087 168 3 soc soc PROPN hjic-1087 168 4 . . PUNCT hjic-1087 169 1 bull bull PROPN hjic-1087 169 2 . . PUNCT hjic-1087 170 1 ,j997 ,j997 PROPN hjic-1087 170 2 , , PUNCT hjic-1087 170 3 76 76 NUM hjic-1087 170 4 ( ( PUNCT hjic-1087 170 5 9)~ 9)~ NUM hjic-1087 170 6 65 65 NUM hjic-1087 170 7 - - SYM hjic-1087 170 8 68 68 NUM hjic-1087 170 9 8 8 NUM hjic-1087 170 10 . . PUNCT hjic-1087 171 1 pugh pugh PROPN hjic-1087 171 2 r. r. PROPN hjic-1087 171 3 j. j. PROPN hjic-1087 171 4 and and CCONJ hjic-1087 171 5 bergstrom bergstrom PROPN hjic-1087 171 6 l. l. PROPN hjic-1087 171 7 ( ( PUNCT hjic-1087 171 8 eds eds PROPN hjic-1087 171 9 . . PROPN hjic-1087 171 10 ): ): PUNCT hjic-1087 171 11 " " PUNCT hjic-1087 171 12 rheology rheology NOUN hjic-1087 171 13 of of ADP hjic-1087 171 14 concentrated concentrate VERB hjic-1087 171 15 suspensionsn suspensionsn NOUN hjic-1087 171 16 , , PUNCT hjic-1087 171 17 in in ADP hjic-1087 171 18 " " PUNCT hjic-1087 171 19 surfaces surface NOUN hjic-1087 171 20 and and CCONJ hjic-1087 171 21 conoid conoid ADJ hjic-1087 171 22 chemistry chemistry NOUN hjic-1087 171 23 in in ADP hjic-1087 171 24 advanced advanced ADJ hjic-1087 171 25 ceramics ceramic NOUN hjic-1087 171 26 processing processing NOUN hjic-1087 171 27 " " PUNCT hjic-1087 171 28 , , PUNCT hjic-1087 171 29 surfactant surfactant ADJ hjic-1087 171 30 science science NOUN hjic-1087 171 31 series series PROPN hjic-1087 171 32 , , PUNCT hjic-1087 171 33 marcel marcel PROPN hjic-1087 171 34 dekker dekker PROPN hjic-1087 171 35 , , PUNCT hjic-1087 171 36 new new ADJ hjic-1087 171 37 york~ york~ NOUN hjic-1087 171 38 51 51 NUM hjic-1087 171 39 , , PUNCT hjic-1087 171 40 193 193 NUM hjic-1087 171 41 - - SYM hjic-1087 171 42 244 244 NUM hjic-1087 171 43 , , PUNCT hjic-1087 171 44 1994 1994 NUM hjic-1087 171 45 9 9 NUM hjic-1087 171 46 . . PUNCT hjic-1087 171 47 quemada quemada PROPN hjic-1087 171 48 d. d. PROPN hjic-1087 171 49 : : PUNCT hjic-1087 171 50 rheol rheol VERB hjic-1087 171 51 . . PUNCT hjic-1087 172 1 acta acta PROPN hjic-1087 172 2 , , PUNCT hjic-1087 172 3 1977 1977 NUM hjic-1087 172 4 , , PUNCT hjic-1087 172 5 16 16 NUM hjic-1087 172 6 , , PUNCT hjic-1087 172 7 82 82 NUM hjic-1087 172 8 - - SYM hjic-1087 172 9 94 94 NUM hjic-1087 172 10 10 10 NUM hjic-1087 172 11 . . PUNCT hjic-1087 173 1 quemada quemada PROPN hjic-1087 173 2 d. d. PROPN hjic-1087 173 3 : : PUNCT hjic-1087 173 4 rheol rheol VERB hjic-1087 173 5 . . PUNCT hjic-1087 174 1 acta acta PROPN hjic-1087 174 2 , , PUNCT hjic-1087 174 3 1978 1978 NUM hjic-1087 174 4 . . PUNCT hjic-1087 174 5 , , PUNCT hjic-1087 174 6 17,632 17,632 NUM hjic-1087 174 7 - - SYM hjic-1087 174 8 642 642 NUM hjic-1087 174 9 11 11 NUM hjic-1087 174 10 . . PUNCT hjic-1087 175 1 quemada quemada PROPN hjic-1087 175 2 d. d. PROPN hjic-1087 175 3 : : PUNCT hjic-1087 175 4 rheol rheol VERB hjic-1087 175 5 . . PUNCT hjic-1087 176 1 acta acta PROPN hjic-1087 176 2 , , PUNCT hjic-1087 176 3 1978 1978 NUM hjic-1087 176 4 . . PUNCT hjic-1087 176 5 , , PUNCT hjic-1087 176 6 17 17 NUM hjic-1087 176 7 ' ' SYM hjic-1087 176 8 t t NOUN hjic-1087 176 9 643 643 NUM hjic-1087 176 10 - - SYM hjic-1087 176 11 653 653 NUM hjic-1087 176 12 12 12 NUM hjic-1087 176 13 . . PUNCT hjic-1087 177 1 papo papo PROPN hjic-1087 177 2 a.~ a.~ PROPN hjic-1087 177 3 piani piani PROPN hjic-1087 177 4 l. l. PROPN hjic-1087 177 5 and and CCONJ hjic-1087 177 6 ricceri ricceri PROPN hjic-1087 177 7 r. r. PROPN hjic-1087 177 8 : : PUNCT hjic-1087 177 9 colloids colloid NOUN hjic-1087 177 10 and and CCONJ hjic-1087 177 11 surfaces surface NOUN hjic-1087 177 12 a a DET hjic-1087 177 13 : : PUNCT hjic-1087 177 14 physicochemical physicochemical ADJ hjic-1087 177 15 engineering engineering NOUN hjic-1087 177 16 aspects aspect NOUN hjic-1087 177 17 , , PUNCT hjic-1087 177 18 in in ADP hjic-1087 177 19 press press NOUN hjic-1087 177 20 page page NOUN hjic-1087 177 21 148 148 NUM hjic-1087 177 22 page page NOUN hjic-1087 177 23 149 149 NUM hjic-1087 177 24 page page NOUN hjic-1087 177 25 150 150 NUM hjic-1087 177 26 page page NOUN hjic-1087 177 27 151 151 NUM hjic-1087 177 28 page page NOUN hjic-1087 177 29 152 152 NUM hjic-1087 177 30 page page NOUN hjic-1087 177 31 153 153 NUM