Page 257 - Partition & Adsorption of Organic Contaminants in Environmental Systems
P. 257

Partition and Adsorption of Organic Contaminants in Environmental Systems. Cary T. Chiou
                                                     Copyright ¶ 2002 John Wiley & Sons, Inc.
                                                                    ISBN: 0-471-23325-0





            INDEX







            Activated carbon                    concept and models, 41–48
             benzene and water vapors on, 100, Fig. 6.13  enthalpy and entropy changes in, 6, 39, 198,
             ethylene dibromide and chlorinated    Fig. 7.38b
                 solvents from water on, Fig. 7.4  influence of moisture/humidity on vapor
             N 2 vapor on, 87, Table 6.1, Fig. 6.3  uptake, 203, Figs. 7.42, 7.44, and 7.45
             Polanyi theory for adsorption on, 47  N 2 vapor on minerals and soils, 87, Tables
             schematic pore structure of, Fig. 4.2  6.1 to 6.3, Figs. 6.1 to 6.6
             surface area of, Table 6.1         nonpolar vapors on dry soils and minerals,
            Activity, definition, 9                 99, 205, Table 6.3, Fig. 7.43
             criterion for phase equilibrium, 30  solutes on soil from nonpolar solvents, 192,
             expression by Raoult’s law, 15        Figs. 7.36 to 7.38
             expression by Flory–Huggins model, 20  Adsorption isotherm, definition, 39
             for contaminants in soil, 210      Brunauer’s classification of, 40, Fig. 4.1
             of pure solids, 17, 35             conventional vs normalized plots, 39
             reference states for gases, liquids, and  surface-area determination from, 44, 87, 96
                 solids, 10                    Adsorption theory, see Adsorption, concept
             relation to chemical potential, 10    and models
             relation to ideal solid solubility, 17, 69  Adsorption potential, 45
             relation to supercooled-liquid solubility, 32  Aldrin
            Activity coefficient, 15             absorption by crops of, 228, Table 8.4
             definition by Raoult’s law, 15, Fig. 2.1  Alumina
             Flory–Huggins version of, 20       adsorption of benzene and water vapors
             influence of solvent–water saturation on,  on, Fig. 6.8
                 31, 54, 55                     adsorption of EGME vapor on, Fig. 6.4
             relation to concentration, 16, 21  surface area of, Tables 6.1 and 6.2
             variation with temperature of, 33  Athermal solubility, definition, 70
             at infinite dilution, 18, 22        values for solids in triolein, Table 5.4
            Adsorbate, definition, 39           Atrazine
             monolayer capacity on solid:       absorption from soil by barley of, Table 8.2
               by the BET model, 44             adsorption by smectitic clays of, 166
               by Langmuir model, 43            sorption by soil of, 150
             molecular area estimation, 87
             requirement for surface area      Bed sediment
                 determination, 87              13 C-NMR spectra of, Fig. 7.15
            Adsorbent, definition, 39            contaminated by excess hydrocarbons, 145
            Adsorption, definition, 39           samples from wide sources, Table 7.3
             background in soil uptake, 108    Benzene
             benzene and water vapors on minerals, 100,  limiting partition in SOM of, Table 7.2,
                 Figs. 6.7–6.12                    Table 7.21
             competition against solvent on solid, 47,  partition into polymers of, 41
                 108, 192                       K hw, Table 5.2
             competition between solutes on soil, 155,  K tw, Table 5.5
                 194, Figs. 7.16 to 7.21, Fig. 7.38  S w and K ow, Table 5.1
                                                                            249
   252   253   254   255   256   257   258   259   260   261   262