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Do D.D. — Absorption Analysis: Equilibria and Kinetics, Vol. 2
Do D.D. — Absorption Analysis: Equilibria and Kinetics, Vol. 2

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Название: Absorption Analysis: Equilibria and Kinetics, Vol. 2

Автор: Do D.D.

Аннотация:

This book covers topics of equilibria and kinetics of adsorption in porous media. Fundamental equilibria and kinetics are dealt with for homogeneous as well as heterogeneous particles. Five chapters of the book deal with equilibria and eight chapters deal with kinetics. Single component as well as multicomponent systems are discussed. In kinetics analysis, we deal with the various mass transport processes and their interactions inside a porous particle. Conventional approaches as well as the new approach using Maxwell-Stefan equations are presented. Various methods to measure diffusivity, such as the Differential Adsorption Bed (DAB), the time lag, the diffusion cell, chromatography, and the batch absorber methods are also covered by the book. It can be used by lecturers and engineers who wish to carry out research in adsorption. A number of programming codes written in MatLab language are included so that readers can use them directly to better understand the behavior of single and multicomponent adsorption systems.


Язык: en

Рубрика: Математика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1998

Количество страниц: 892

Добавлена в каталог: 18.02.2007

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Adsorbed film thickness      126
Adsorbent, activated carbon      4
Adsorbent, alumina      3
Adsorbent, silica gel      3
Adsorbent, zeolite      6
Adsorption potential      154 156
Adsorption processes      7
Alpha-method      147
Aranovich isotherm      101
BDDT classification      94
BET isotherm      84
BET isotherm, characteristics      89
BET isotherm, surface area determination      91
BET n-layers      96
Biot number      534 536
BLK approach      268
Capillary      391
Capillary, converging & diverging      359
Capillary, parallel capillaries      362 372 487
Characteristic energy      155
Chromatography      775
Chromatography, response quality      784
Cohan equation      117
Cranston — Inkley method      136
Darcy equation      374
Darken relation      412
de Boer method      140
Differential adsorption bed      689
Differential adsorption bed, procedure      690
Diffusion cell      755
Diffusion, bimodal      634
Diffusion, heterogeneous      679
Diffusion, Knudsen      348
Diffusion, molecular      387
Diffusion, parallel diffusion      521
Diffusion, surface      399
Diffusivity, apparent      523
Diffusivity, combined      525
Diffusivity, corrected      606
Diffusivity, Knudsen      354
Diffusivity, pore      522
Diffusivity, surface      354
Dispersive force      151
Distribution function, exponential      264
Distribution function, gamma      264
Distribution function, Gaussian      265
Distribution function, log-normal      265
Distribution function, Rayleigh      265
Distribution function, shifted Gamma      265
Distribution function, uniform      264
Distribution function, Weibull      156
Dubinin — Astakhov      159
Dubinin — Astakhov heterogeneity parameter n      161
Dubinin — Astakhov theoretical basis      171
Dubinin — Astakhov water adsorption      163
Dubinin — Radushkevich      77 156
Dubinin — Radushkevich isosteric heat      80 168
Dubinin — Radushkevich super-critical adsorbates      162
Dubinin — Serpinski      164
Dubinin — Stoeckli      185
Energy distribution      257 264
Enthalpy of immersion      168
Extended Langmuir equation      191
Extended Langmuir equation, equilibrium approach      195
Extended Langmuir equation, kinetics approach      191
Fast IAS theory      222
Fast IAS theory, algorithm      231
FHH isotherm      107
Fractional uptake      537 609
Freundlich isosteric heat      57
Freundlich isotherm      50
Frisch method      718
Graham law of diffusion      367 482
Graphite slit pore, number density per unit area      286
Graphite slit pore, number density per unit volume      289
Gurvitch rule      157
Harkins — Jura isotherm      31 103
Heat transfer coeficient      565 570
Heterogeneous adsorption isotherm, BLK approach      268
Heterogeneous adsorption isotherm, Hobson approach      270
Heterogeneous adsorption isotherm, isosteric heat      265
Heterogeneous adsorption isotherm, Langmuir      252
Horvath & Kawazoe method      315
Hypothetical pure component pressure      203
Hysteresis loop      112 142
Ideal Adsorption Solution Theory      198
Ideal Adsorption Solution Theory, algorithm      208
Ideal Adsorption Solution Theory, basic theory      198
interaction energy      282
Interaction energy, one lattice layer      284
Interaction energy, one lattice layer with sub-layers      309
Interaction energy, one slab      287
Interaction energy, two lattice layers      290
Interaction energy, two lattice layers with sublayers      310
Interaction energy, two slabs      296
Irreversible isotherm      551
Isotherm types      94
Isotherms, Aranovich      101
Isotherms, BET      84
Isotherms, BET - n layers      96
Isotherms, Dubinin — Astakhov      159
Isotherms, Dubinin — Radushkevich      77
Isotherms, Fowler — Guggenheim      26
Isotherms, Freundlich      50
Isotherms, Gibbs      21
Isotherms, Harkins — Jura      31 103
Isotherms, Hill — de Boer      24
Isotherms, Jovanovich      82
Isotherms, KST      76
Isotherms, Langmuir      13
Isotherms, Nitta      35
Isotherms, O'Brien — Myers      222
Isotherms, Sips      57
Isotherms, Temkin      82
Isotherms, Toth      64
Isotherms, Unilan      70
Isotherms, Volmer      22
Isotherms, VSM-Flory — Huggin      44
Isotherms, VSM-Wilson      43
Kelvin equation      113
Kelvin equation, generalized equation      115
Langmuir isosteric heat      17
Langmuir isotherm      13
LeVan — Vermeulen approach      234
Lewis relationship      205
Loschmidt      449
Maxwell — Stefan approach, capillary      475
Maxwell — Stefan approach, Loschmidt tube      449
Maxwell — Stefan approach, molecular diffusion      415
Maxwell — Stefan approach, molecular-Knudsen diffusion      470
Maxwell — Stefan approach, molecular-Knudsen-viscous flow      495
Maxwell — Stefan approach, non-ideal fluids      462
Maxwell — Stefan approach, Stefan tube      431
Maxwell — Stefan approach, two bulbs method      457
Media, consolidated      367
Media, unconsolidated      365 376
Micropore, volume filling      150
Mixture isotherm, extended Langmuir      191
Mixture isotherm, IAS theory      198
Mixture isotherm, potential theory      246
Mixture isotherm, RAS theory      240
Pore size, distribution of mesopore      119
Pore size, distribution of micropore      177 183
Pore size, IUPAC classification      2
Pore, closed pore      758
Pore, dead end pore      758
Pore, through pore      758
Real Adsorption Solution theory      240
Redhead isotherm      108
Separation, equilibrium      1
Separation, kinetics      1
Separation, steric      1
Sips isotherm      57
Sips isotherm, isosteric heat      63
Sips isotherm, multicomponent systems      215
Sips isotherm, temperature dependence      61
Statistical film thickness      126 137
Stefan tube      343 431
Surface diffusion      399
Surface diffusion, diffusivity      403
Surface diffusion, models      406
Surface diffusion, temperature dependence      404
T-method      143
Thermal velocity      349
Thermodynamics, correction factor      606
Thermodynamics, surface phase      18
Time lag      701
Topography, patchwise      257
Topography, random      257
Tortuosity      338
Tortuosity factor      364
Toth isotherm      64
Toth isotherm, isosteric heat      67
Toth isotherm, temperature dependence      66
Unilan isotherm      70
Unilan isotherm, isosteric heat      73
Unilan isotherm, temperature dependence      72
Viscous flow      369
Viscous flow, viscous flow parameter      369
Volmer equation      22
Volume filling      150
Wheeler — Schull's method      130
Wicke — Kallanbach diffusion cell      344 755
Zeolite, crystal      634
Zeolite, pellet      634
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