Page 289 - Adsorption Technology & Design, Elsevier (1998)
P. 289

264  Index


              in commercial zeolite pellets 79   Effective thermal conductivity 83
              in isothermal zeolite crystals 75
                                             Electrochemical parametric pumping
              intercrystalline 67, 75-79, 83, 92
                                                 247
              interparticle 67, 68, 79, 82, 90, 146
                                             Electrostatic effects 31
              intraparticle 2, 67, 68, 79, 82, 92,141,   EIf-SRTI process 226
               149,154,161
                                             Elution 22, 242
              Knudsen 67-74,146
                                             Elutriation 111
              macropore 67, 69-74, 80-82,149,154,
                                             Empirical isotherms 156
               161
                                             Empty bed contact time (EBCT) 164,
              Maxwellian 67-74,146               166-169  .
             micropore 67, 69-74, 80-82, 149, 154,   Emulsifiers 22, 29
               156,161
                                             Energetics of adsorption 32, 44
             molecular 67, 71, 92, 93, 242   Energy balance 136,147
             surface 67, 70, 74,146, 236     Ensorb process 212
            Diffusion coefficient (diffusivity) 66--93,   Enzymes 29
               157,161
                                             Equilibrium controlled processes
             effective diffusivity 12, 72, 73, 77, 83,
                                                 150-153
               87
                                             Equilibrium isotherms 10,11,12, 27,
             intercrystalline 75-80              31-65, 76, 77,100,123,129,148,
             intraparticle 92, 93                150, 243, 248
             measurement of 86 et seq          Brunauer-Emmett-TeUer (BET)
             micropore diffusivity 11            equation 10, 42--44, 241
            Dispersion 136, 245                Dubinin equation 46
            Displacement fluid 118,119,120, 132,
                                               empirical 156
               133,189,196, 215,216, 223,225,   extended Langmuir equation 51-53
               246, 247
                                               Freundlich isotherm 42,155, 156, 247
             ammonia 212
                                               Gibbs isotherm 47-50, 51, 60, 241
             diethylbenzene 225
                                               Grant and Manes model 55-57
             heavy aromatic 118
                                               Henry's Law 39-41, 50, 74, 91, 92,
             heavy naphtha 118, 226
                                                 122,137,139,141,155
             light naphtha 118, 226            ideal adsorbed solution (IAS) model
             pentane 118                         57-59
             toluene 118, 225                  Langmuir isotherm 38, 39, 42, 44, 51,
             water 118, 226                      60, 76-78,151-157,163, 164
            Displacement purge cycles 211,212   Lewis correlation 53-55
            Disposal of adsorbent 119          linear 148,151,153-155, 166, 179
            Drainage 106-108,129               Polanyi's potential theory 44-47, 51,
            Drying of gases and vapours 2-4, 121,   55
               162, 174,192, 193,204, 205, 208,   Polanyi's characteristic curve 44
               209, 213,241,250                rectangular 153-155,164,181
            Drying of liquids 3,13, 23,121,205,208,   statistical thermodynamic model
               209-211,237                       50-51
            Dyes 22, 29                        statistical thermodynamic model for
                                                 mixtures 62-63
                                               vacancy solution model 59-62
            Ebex process 118,225               Volmer's isotherm 50, 51, 77, 78
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