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| Авторизация |
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| Gregg S.J., Sing K.S.W. — Adsorption, surface area and porosity |
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| Предметный указатель |
Monolayer capacity, Type VI isotherm and 89
Monolayer, packing in 62 66—72 83
Montmorillonite, adsorption on 132 237
Morimoto, T. 272 276(37)
Morrison, J.L. 7(22) 56 59(29) 79(85)
Mottlan, A.Y. 183(106)
Mueller, A. 5(15)
Multilayer region 89—94
Multilayer region, BET equation and 54
Multilayer region, Frenkel — Halsey — Hill equation and 89
Multilayers 10 84
Munuera, G. 279(43)
Muroya, M. 269(30)
Myers, A.L. 242(76)
Nagao, M. 272 276(37)
Nagarajan, V. 250(5)
Nair, N.K. 77(78)
Naono, H. 269 272 274 277(29)
Neon, adsorption of 8 10
Neopentane, molecular diameter of 232
Net heat of adsorption 44
Network effects, capillary condensation and 150
Network effects, mercury porosimetry and 186
Newnham, C.E. 218 219 222(37)
Nicholson, D. 79(87) 84(102) 89(114) 207(21)
Nicolaon, G.A. 76 92(72) 165(76) 215(28)
Nikitin, Yu.S. 11(34)
Nitrogen, adsorption of 12 50 52—57 59—62 74 93 101 102 115—117 132 162 188 205 212 213 215 219 222 229 238 240 241 267 268
Nitrogen, minimum dimension of 230
Nitrogen, molecular area of 62 66 72 83
Nitrogen, surface area from adsorption of 52 62 65 72 83 188 212 238 258
Nitrogen, thickness of film of 135
Nonaka, A. 274(49)
Nonane, pre-adsorption of 211 215—217 219 222 239—241
Norton, F.H. 176(84)
Nye, J.F. 19(42)
Ockrent, C. 177(93)
Octane, adsorption of 58 250
Odler, I. 81 82(97) 92(132)
Olds, F.M.W. 268(25)
Olds, R.M. 231(62)
Olivier, J.P. 20(43)
Olson, L.L. 176(85)
Onishi, Y. 76 83(69)
Orr, C. 26(50) 136—138(35) 173(78) 190(119)
Orr, W.J.C. 10(27)
Osinga, Th.J. 86 91 92(109)
Outgassing of adsorbent 284
Oxygen, adsorption of 53 56 60 82 132
Oxygen, chemisorbed 263—266
Oxygen, molecular area of 82
Pace, E.L. 58 59(31) 75(63)
Packer, R.K. 156(65) 256(14)
Packing factor 62
Pak, H. 153(53)
Parfitt, G.D. 70(51) 104 105(140) 215 216(32 33) 217(32) 249(6 7) 251 256(7) 277—279(41 43)
Parkyns, N.D. 269(28) 280(46)
Particle size distribution 26—36 63
Particle size, mean projected diameter of 36 63
Particle size, specific surface from 21 26 30 63
Particle size, volume-surface mean diameter of 36
Partyka, S. 66(47) 72 89(56)
Pashley, R.M. 269(28)
Patel, R.L. 228(54)
Payne, D.A. 72(55) 74(60) 76 77(55) 77(55 60) 90(119) 92(60 131) 99(60)
Peacock, J. 70(51) 249(6 7) 251 256(7) 277—279(41)
Peloso, A. 184 185(109)
Penetration by water 238 266
Peres, C. 72 89(56)
Perret, A. 227(49)
Petrash, D.A. 177(94)
Pickering, H.L. 76(74)
Pickett, G. 53(21)
Pidduck, A. 274(49)
Pierce, C. 72 75 76(52) 90(117) 91(124 128) 92(124) 136 137(34) 200 209(9) 268(26)
Pirard, J.P. 92(133) 215(31)
Pisani, C. 8 9(25)
Plateau in adsorption isotherm 112 195 200 202
Platschenov, T.C. 177(91)
Point B 54 55
Point of inflection 48 248 255
Polanyi theory 219
Polanyi, M. 207(20) 219(39)
Polley, M.H. 88(110)
Polycarbonate, adsorption on 250
Polymethylmethacrylate, adsorption on 250
Polypropylene, adsorption on 12
Pomeshchikov, V.D. 228(55)
Pope, M.I. 155 156(60) 229(59) 236(71)
Pore size distribution calculation 132—152 286
Pore size distribution calculation, Brunauer et al. (modelless) method 145
Pore size distribution calculation, Dollimore — Heal method 138
Pore size distribution calculation, Foster method 133
Pore size distribution calculation, multilayer correction in 136
Pore size distribution calculation, Pierce, Orr — Dalla Valle method 136
Pore size distribution calculation, Robert's method 142
Pore size distribution calculation, role of adsorbed film in 133
Pore size distribution, cumulative surface area from 169
Pore size distribution, Kelvin equation for 132
Pore size distribution, mercury porosimetry for 178
Pore size distribution, network effects and 150
Pore size distribution, packed sphere model for 149
Pore size distribution, photomicrography for 180
Pore size distribution, use of various adsorptives for 166
Pore volume, evaluation of 113—115 187 200—202
Pore volume, Gurvitsch rule and 113 200
Pore volume, liquid titration and 182
Pore, blocking 150 240
Pore, closed 38
Pore, filling 202 220 266
Pore, formation 24
Pore, open 38
Pore, shape 21—23
Pore, structure 24—26 129 150—152 164 181 186 190 229 236 239 241—244
Pores between packed spheres 130 185
Pores, classification of 25
Pores, cone-shaped 129
Pores, cylindrical 113 127
Pores, ink-bottle 128 183
Pores, slit-shaped 23 130 144 243
Pores, wedge-shaped 23 129
Porosimetry 180 see
Potassium chloride, adsorption on 8 10
potential energy 5 8
Potential energy, curve 6 20 208
Potential, Lennard-Jones 5
Powl, J.C. 200 207 208(8)
Pozdeev, V.V. 228(55)
Pre-adsorption techniques 70 211 215—217 219 222 239—241 249—251
Prenzlow, C.F. 75(67) 84 85 89(105) 163(74) 187 188(117) 250(9)
Prigogine, I. 120(15)
Primary particles 21
Pritchard, J. 79(86)
PTFE, adsorption on 250
Pultz, W.W. 59(38)
Putnam, F.A. 58(32)
Pyridine, adsorption of 237
Quadrupole moment 7
Quartz, adsorption on 36 259
Quinn, H.W. 233(67)
Raal, F.A. 114(9)
Radius of curvature 118 121
Radius of curvature, core size and 122
Radius of curvature, mean 119
Radius of curvature, pore size and 121
Radius of curvature, surface tension effect and 153
Radius of gyration 227
Radius, hydraulic 145
Radushkevich, L.V. 219(38)
Rahman, A.A. 280(47)
| Ramakrishna, V.R. 12(36)
Ramsay, J.D.F. 154 155(55) 202 205(16)
Rand, B. 225(46)
Rao, K.S. 128(26)
Rayment, T. 81(94)
Reay, J.S.S. 132(28) 237(72)
reference materials 94 98 104 105
Reverberi, A. 184 185(109)
Rhodin, T.N. 62(39)
Ricca, F. 8 9(25)
Ritter, H.L. 176 177 181 183(80)
Rivin, D. 264 266(27)
Roberts, B.F. 138 142 143 146(42)
Roberts, H.K. 176(86)
Roberts, R.H. 79(86)
Robinson, J.G. 211(25)
Rochester, C.H. 279(43)
Roetti, C. 8 9(25)
Rootare, H.M. 187 188(117)
Ross, S. 20(43) 59(38)
Roughness factor 62 64
Rouquerol, F. 13(39 40) 14(40) 57(30) 66(47) 72(56 58) 89(56 112) 280(44)
Rouquerol, J. 13(39 40) 14(40) 57(30) 66(47) 72(56 58) 89(56 112) 280(44)
Ruthven, D.M. 198(5)
Saez Puche, R. 215(28)
Sams, J.R. 58 59(31)
Sappok, R. 21(45)
Sarakhov, A.I. 52 58 70(17)
Scanning hysteresis loop 150
Schaeffer, W.D. 88(110)
Scheele, C.W. 1(2)
Schofield, R.K. 156(69)
Scholten, J.J.F. 177(95)
Schreiner, G.D.L. 45(5)
Schwancke, A.E. 176(88)
Schwartz, A.M. 177(94)
Secondary particles 21
Segal, D.L. 90(121)
Shape factor 63
Shaw, C.G. 89(114)
Shingles, T. 201(13)
Shirley, F.P. 249(6)
Shore, J.W. 181(103)
Shull, C.G. 54(24) 91(125) 138(38)
Sibut Pinote, R. 181(102)
Siebert, A.R. 58 59(31) 75(63)
Silica, adsorption on 12 50 54 65 71 74 81 83 93 102 161 162 234 251 252 259—261 269 270
Silica, mercury intrusion by 182
Silver foil, adsorption on 51 67
Silvester, R.G. 84(102)
Sing, K.S.W. 12(36) 38(59) 45 49(7) 53(18 20) 54(20) 55 56(18) 72(55 58) 74(60) 76(55 70) 77(55 60) 78(83) 79(87) 82 83(99) 89(114) 90(117 118 121 143) 91(123 130) 92(60 131) 93(130) 98( 99(60) 104 105(140) 135 140(32) 160 161(32 73) 188 189(118) 204 206(19) 207(21) 210(24) 211(19 24 25) 214(24) 215(24 32) 216 217(32) 234(68) 238(73) 239(68) 243(78) 244(81) 257(17 18) 258(18) 261(17) 269(28) 271(35) 280(44 46 47)
Singleton, J.H. 87(106)
Skalny, J. 53(23) 216(34)
Skold, R. 179 181(96)
Slater, J.C. 6(16)
Smith, R.N. 200 202(9) 268(26)
Smith, T. 138 146 151 174(36)
Smith, W.R. 75(65) 88(110)
Sodium chloride, adsorption on 10
Sorption, definition of 2
Soto, J.L. 242(76)
Souny, P. 86(107)
Specific surface determination 41 61 66 72 102—105 283
Specific surface determination,  -plots for 98 257
Specific surface determination, accuracy 104
Specific surface determination, adsorptives for 72 73 257
Specific surface determination, Kiselev method for 169
Specific surface determination, mercury porosimetry for 187 188
Specific surface determination, microscopy for 63 65
Specific surface determination, particle size and 21 26 30
Specific surface determination, standards for 104 105
Specific surface determination, t-plots for 95
Specific surface determination, Type II isotherm for 61 102
Specific surface determination, Type III isotherm for 255
Specific surface determination, Type IV isotherm for 168
Spencer, D.H.T. 187(115)
Spencer, W.B. 58(32) 85(103)
Standard isotherms 90—94
Standard isotherms, choice of reference adsorbent for 94
Standard isotherms, different c-values and 92
Stannic oxide gel, adsorption on 233
Steele, W.A. 6 10(17) 45 49(7) 89(116)
Step-like isotherms 77 84 250
Step-like isotherms, estimation of monolayer capacity from 89
Stock, R. 155(62) 196(1) 200(1 10) 211(1) 253 254 256 260(13)
Stoeckli, H.F. 10(26) 221(40) 223(42) 227(42 49 50)
Stoeckli-Evans, H. 10(26)
Stoever, P. 264 266(27)
Stone, F.S. 198(6) 279(43)
Stowe, R.A. 185(112)
Stryker, L.J. 72 76 77(55) 160 161 238(73) 280(47)
Sulphur, adsorption on 10
Supermicropores 26 244
Surface heterogeneity 57 58 249
Surface modification 70 249—251
Surface of microporous solids 199 200 212—218
Surface tension of mercury 176
Surface tension, change with curvature 153 157
Surface, external and internal 23
Surface, high and low energy 59
Svata, M. 184 185(10)
Swallow, D. 78(83)
Swelling 234—238
t-curve 91 94
t-plots 94
t-plots, effect of mesoporosity 96 210
t-plots, effect of microporosity 97 211
t-values, table of 135
Taylor, J.A.C. 270(33)
Tayyab, M.M. 154(56) 156(56 66) 160 162(56) 214 239—241(27)
Teflon, adsorption on 60
Teichner, S.J. 76 92(72) 165(76) 215(28)
Teller, E. 3(9) 4(8) 42^4 49 50(1)
Tensile strength effect 154
Tensile strength hypothesis 157—159
Thickness of adsorbed layer 94 133 167
Thomas, R.K. 81(94)
Thomson, W.T. 112(3)
Thomy, A. 86(107) 87(106) 89(113)
Titania, adsorption on 53 56 60 65 215 251 277
Tokuda, F. 272 276(37)
Tolansky, S. 18(41)
Troy, M. 78(81)
Turk, D.H. 74(60) 77(60 77) 91(130) 92(60) 93(130) 99(60) 135 140 160 161(32) 204 206 211(19)
Turner, N.H. 63 78(40)
Type I isotherms 195
Type I isotherms, classical interpretation 196
Type I isotherms, distortion in 204
Type I isotherms, enhanced heat of adsorption and 204 206
Type I isotherms, Gurvitsch rule and 200
Type I isotherms, hysteresis in 195 196
Type I isotherms, micropore volume from 209
Type II isotherms 41
Type II isotherms, knee of 46
Type II isotherms, point B and 54
Type II isotherms, point of inflection on 48
Type III isotherms 248
Type IV isotherms 111
Type V isotherms 258
Type VI (step-like) isotherms 77 84 250
Tyson, R.F.S. 231(62)
Uhlig, H.H. 80(91)
Ultramicropores 26 244
Unger, K.K. 182(105) 187(120) 269(28)
Urwin, D. 215 216(32 33) 217(32)
Uytterhoeven, J. 270(31)
van Beek, W.P. 131 160(25)
van Bemmelen, J.M. 111(1)
Van der Waals forces 2
van Krevelin, D.W. 229(58)
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