Page 418 - Adsorbents fundamentals and applications

SUBJECT INDEX

Ab initio molecular orbital methods, 204–207 carbon tetrachloride number, 83
Gaussian, 204 effects of functional groups on adsorption,
Acid gas removal with activated alumina, 151 89–93, 99–101
Acid-treated clays, 262–264 effects of surface chemistry on adsorption,
acid activation, 263 86–89
AgNO 3 supported on, 263 fluorination of surface, 91
Activated alumina, 131–154 for hydrogen storage, 310, 311
acidity of surfaces, 150 formation and manufacture of, 79
applications as sorbents, 151–154 Freundlich isotherm constants of organic
as special sorbents, 150–154 pollutants on, 98, 99
comparison with silica gel and zeolite as gasification for activation, 81, 82
desiccant, 151 granulated activated carbon (GAC), 80
for water treatment, 151 iodine number, 83
manufacture/formation of, 146 ion exchange property, 86
pore size distribution of, 132 molasses number, 83
surface areas of, 146, 148 oxidative coupling of phenol on, 97
surface chemistry of, 149, 150 pore size distribution of, 80, 81
water adsorption isotherm on, 134, 151 pore structure of, 82
Activated carbon fibers (ACF), 104–109 powdered activated carbon (PAC), 80
adsorption of VOCs, 107–109 pyrone groups, 88
adsorption properties, 106, 109 standard tests of, 82
comparison with GAC, 109–111 surface chemistry of, 86–89
electrical resistance of, 108 surface functional groups on, 86–89
fiber diameters, 106 TPD of surface oxide groups, 88, 91
heat of adsorption on, 109 Adsorption from solution, 92
monoliths of ACF, 109 effect of pH, 101
pore sizes of different ACFs, 105 effects of surface functionalities, 92
water treatment using, 108 Adsorption of phenols on activated carbon,
Activated carbon, 79 93–100
acidic groups on, 87 effect of pH, 95–97
activation by KOH, 82 irreversibly adsorbed phenols, 96–98
adsorption of phenols, 93–100 oxidative coupling of phenol, 97
adsorption of VOC, 93 polymerization of phenol, 97
adsorption of water, 85, 90, 91 Adsorption on carbon nanotubes, 243–253
adsorption properties, 84 adsorption of dioxin and benzene, 244–246
ASTM tests, 84 adsorption of He, Xe, CH 4 and N 2 , 243, 248
basic groups on, 88 Ag clusters in zeolite, 290
Boehm titration method , 87 oxidation states of Ag, 290, 291

Adsorbents: Fundamentals and Applications, Edited By Ralph T. Yang
ISBN 0-471-29741-0 Copyright  2003 John Wiley & Sons, Inc.
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