McHugh M.A., Krukonis V.J. — Supercritical Fluid Extraction: Principles and Practice :: Электронная библиотека попечительского совета мехмата МГУ

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McHugh M.A., Krukonis V.J. — Supercritical Fluid Extraction: Principles and Practice

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Название: Supercritical Fluid Extraction: Principles and Practice

Авторы: McHugh M.A., Krukonis V.J.

Аннотация:

Supercritical Fluid Extraction is a technique in which CO2 is used under extremely high pressure to separate solution (e.g., removing caffeine from coffee). Separations is basic to all process industries and supercritical fluid extraction is a specific type which is receiving a high level of attention. The book will combine basic fundamentals with industrial applications. The second edition has been expanded and updated and includes new chapters on chromatography and food processing.

Язык:

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 2

Год издания: 1994

Количество страниц: 512

Добавлена в каталог: 21.04.2009

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Предметный указатель

$EMA_{69/31}$ -propane-acetone system      124—126
$\alpha,\omega$ -aminopropyl-terminated polysiloxane fractionation      229—250
$\beta$ -Estradiol      334
1, 1-Difluoroethane      320—321
1-Butene      205 210 211 212 214
1-Hexene      324
ACC-1      353
ACC-2      353
ACC-4      353—355
Acentric factor      112
Acetic acid and water separation      178—182
Acetic acid-water-carbon dioxide system      180—181
Acetone      81 82 100 102 181 321
Acetone-propane binary system      123
Acid-base complex      102
Acrylate-ethylene copolymer      194
Activated carbon, regeneration      158—169
Adamson, A.W.      347
Adsorbent regeneration      168
Adsorption equilibria      166 169
Adsorption/desorption experiments      161 163
AIChE Journal      135
Aida, T.      325
Alachlor adsorption breakthrough curves      164
Alachlor concentration profile      169
Alachlor- $CO_{2}$ solubility data      169
Alcohol-SCF mixtures      37 61
Alcohol-water systems      177-178
Alcohol-water-SCF mixture      178
Alexander, G.      318
Allada, S.R.      107
Allen, B.      65 140 281
Allen, G.      65 281
Amagat, E.G.      19
Amine-terminated poly(dimethyl)siloxane      275
Amino-terminated polysiloxane      196
Aminopropyl disiloxane      244 246
Andrews, T.      19
Aniline      328
Anolick, C.      141
Argon      22
Arndt, K.F.      358
Asphalt-oil-propane mixtures      149
Azeotrope breaking      182—188
Baker, C.H.      65 140 281
Balazs, A.C.      104 120 127
Balder, J.R.      133
Bangert, L.H.      260 261
Bardin, J.M.      281
Baron, N.      62
Barry, E.F.      258
Bauman, E.G.      65 84 280 281 282
Baumgartner, H.J.      330
Becker, R.      347
Behrens, A.R.      360
Benson, P.R.      85
benzene      10 102 322
Benzoic acid      102 103
Bhise, V.S.      327
Bidwell, R.M.      10
Binary mixtures, phase diagrams      31—45 51
Biphenyl-carbon dioxide system      52—56 59
BisGMA      285 288 289
Blyumberg, E.R.      328 330
Bolanos, G.      89 90
Bonner, D.C.      360
Booth, H.S.      10
Botsaris      350
Boyd, R.N.      307
Branfman, A.R.      304
Brennecke, J.F.      96 105
Brink, J.A.      189
Bromotrifluoroethylene (BTFE)      269
Broome, M.G.      304
Brunner, E.      110 182 183
Brunner, G.      10
Buechner, E.G.      20
Busche, R.M.      181
Butane      210 212
Butane hydroperoxide      329
Butene      216
Cagniard de la Tour, C.      17
Cailletet, L.      19
Campbell, R.E.      252
Camphor      20
Caralp, M.H.M.      332
Carbaryl      165
Carbon dioxide      18 22 102 103 293
Carbon dioxide and alachlor solubility data      169
Carbon dioxide and biphenyl      52—56 59
Carbon dioxide and cumene      118
Carbon dioxide and isopropanol-water system      73 178
Carbon dioxide and isopropyl benzene system      117 119
Carbon dioxide and methane system      48
Carbon dioxide and naphthalene system      22 133 136—137
Carbon dioxide and styrene system      119
Carbon dioxide, critical point      19
Carbon dioxide, critical temperature      9
Carbon dioxide, miscibility of      109
Carbon dioxide, phase behavior      19
Carbon dioxide, quadrupole moment      101
Carbon dioxide, self-diffusivity      14
Carbon dioxide, ultrahigh-pressure      369
Carbon dioxide, viscosity behavior      14
Carbon dioxide-alachlor-activated carbon system      168 169
Carbon dioxide-ethanol-water system      171 172 175
Carbon dioxide-methanol system      183
Carbon dioxide-squalane      43
Carbon dioxide-water-acetic acid system      180
Carbon disulfide      20
Carbon/carbon (C/C) composites      353 355
Carboxypropyl-terminated poly(dimethyl)siloxane      273
Castellan, G.W.      100
Catalyst-ethylene carbonate- $CO_{2}$ stream      328
Catalysts      328
Catalysts heterogeneous      322—324
Caywood, S.W.      141
Cellulose      321 322
Cellulose acetate, production process      179
Cernia, E.M.      106
Chai, C.P.      10 52 128
Chang, H.      88 308
Chapman, T.W.      363
Chappelear, D.C.      71 319
Charlton, J.L.      325
Chemical composition distribution (CCD)      217—220
Chemical effect      108
Chemical forces      102
Chemical reactions      311—332
Chemotherapeutic agents      304—307
Chen, S.J.      63
Chermin, H.A.G.      21
Chitin      321 322
Chlorinated hydrocarbons      157
Chlorobenzyl methyl ether      320
Chlorodifluoromethane      194 197 205—210 212
Chlorotrifluoroethylene      320
Chlorotrifluoroethylene, fractionation      269—271
Christensen, J.J.      98
Christianson, D.D.      300
Christopher, P.M.      182
Chung, M.E.      310
Chung, S.Y.-K.      183
CITREF      201—205
Clemson, C.S.      65 281
Clifford, A.A.      332
Close, R.E.      71
Cloud point      21 65 66 68 69 80—82 123 124 126 148 200 212 213
Cobalt chloride      350
Cochran, H.D.      105

Coffee decaffeination      4 294—299
Coffey, M.P.      340 343 349 353
Coleby, S.E.      332
Coleman, E.J.      200
Combes, J.      96 105
Comminution techniques      334—336
Condo, P.D.      63
Cookson, C.B.      4
Coorens, H.G.A.      77
Copelin, H.B.      257
Copolymer-solvent-cosolvent mixtures      80
Cottle, J.E.      192 332
Cowie, J.M.G.      281 284
Cozewith, C.      63 65 84 141 142 281 282
Critical opalescence      33
Critical point      11 17 19 20 33 39 105 133 139 155
Critical polymerization boundary      319
Cubic equation of state      104 111 113 134
Culberson, O.L.      41 73
Cumene- $CO_{2}$ system      118
Cussler, E.L.      59
Cyclohexane      10 102
Cyclohexanone      344
Cyclohexyl-substituted polysilane polymer      277
Cytotoxicity tests      305—306
Dahl, S.      104
Dandge, D.      71 316
Davidson, P.      10
de Filippi, R.P.      14 158 161 170 172 176 310
de Goede, R.      77
de Loos, T.W.      21
de Roo, J.L.      77
de Swaan Arons, J.      21 46 77
Debenedetti, P.G.      105 340
Decaffeination coffee      4 7 294—299
Decaffeination column      6—7
Decaffeination tea      7
Deiters, U.      113 128
Delmas, G.      63 65
Density changes in region of critical point      11
Dental materials      288
DeSimone, J.M.      196 217 218 219 221 223 224 225 226 229 230 231 255
Desorption tests      165
Deul, R.      91 184 185
Diacetone acrylamide      291
Diandreth, J.R.      75 133 178 179
Diazinon      165 166
Dibenzofuran      102
Dickinson, N.L.      151 152
Dicyclopentadienyliron      336
Diels-Alder reaction      318 322
Diepen, G.A.M.      10 12 13 20 21 45 46 49 51—53 59 60 78—80 135
Diglycidal ether of Bisphenol A (DGEBA)      288
Diguet, R.      91 184 185
Dillard, K.H.      34 35 91
Dimethyl formamide (DMF)      109 110 181
Dimethyl sulfoxide (DMSO)      109 110 229
Dioxane      181
Dipole-dipole interactions      100
Distribution coefficients      171—172 177 180 182
Dodecanolactam      336
Donnelly, H.G.      48
Donohue, M.D.      102—105
Doring, W.      347
Durrill, P.L.      358
Eckert, C.A.      25 85 96 103 105 128 318 319 321 329
Economou, I.G.      105
Edible oils extraction      299—304
Ehrlich, P.      63 69 200 316 318—320 330 331
Eisenbach, W.      302
Electron acceptor-donor complexing      102
Elgin, J.C.      39 40 71 73 75 76 107 135 140 177 319
Elias, H.G.      218
Ellis, S.R.M.      10
Elsbernd, C.S.      217 230 232—234 237 238 240—242 245 246 249
Emanuel, N.M.      328 330
Enzyme reactions      311—321
Equations of state      29 104 107 108 111 113 116 118—124 127 128 130 131 133 134
ethane      21 77 100 102 109 115 282
Ethane, critical temperature      9
Ethane-butanol system      37
Ethane-ethanol system      37
Ethane-hydrocarbon mixtures      36 37
Ethane-methanol system      183
Ethane-octane system      114 115
Ethanol      17 20 81 82
Ethanol and water separation      170
Ethanol-water-carbon dioxide system      73
Ethanol-water-ethane system      73
Ethanol-water-ethylene system      73
ethylene      11—13 20 22 51 68 81 100 107 215 318
Ethylene glycol      181 182 327
Ethylene, critical temperature      9
Ethylene, polymerization      331
Ethylene-based copolymer fractionation      205—216
Ethylene-methanol system      183
Ethylene-n-propanol system      39
Ethylene-naphthalene system      69
Ethylene-o-dichlorobenzene system      39
Ethylene-polyethylene system      319
Ethylene-water-organic solvent phase diagrams      71
Explosives      347
Extractibility      367
Fall, D.J.      77
Fall, J.L.      77
Fariss, R.H.      319
Ferioli, P.      258
Ferrocene      336
Findeisen, R.      63 80
Flory, P.J.      200
Flow calorimeter      98
Flow method      85—90
Fluorene      102
Fluorenone      102
Formamide      181 182
Francesconi, A.Z.      183—185
Francis, A.W.      22 71 180 186 316 344
Franck, E.U.      43 91 183—185 206
Fredenslund, Aa.      104
Free-volume      103
Freeman, P.I.      61 65 281
Freundlich isotherms      166 168
Friedrich, J.P.      300 301
Fugacity coefficients      110—114 127 128
Funk, E.W.      10
Gallagher, P.M.      196 217 227—229 240—242 246 343 349 350
Gangoli, N.      10
Garwin, L.      153
Gas antisolvent (GAS) recrystallization      342—357
Gas compression      13 19
Gearhart, J.A.      153
Giddings, J.C.      107 108 259 369
Gilbert, M.L.      73 75 88 170 172 178 186
Gloeckner, G.      219
Glycidyl azide polymer (GAP)      251
Glycidyl azide polymer (GAP), fractionation      253—257
Glycine      368—369
Goffinet, E.P.      141
Goklen, K.E.      170 172
Gomez-Nieto, M.      123 124
Goodwin, B.M.      104
Gopal, J.S.      79 128
Gore, G.      20 135
Gottesman, M.      299
Gouw, T.H.      258 259 269
Graham, E.B.      63 331
Grieger-Block, R.A.      363
Griskey, R.G.      358
Group transfer polymerization (GTP)      217 225—228
Guckes, T.L.      65 84 91 141 142 281

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