Daudel R.(edit.) — Advances in Chemical Physics. Volume VIII. The Application of Wave Mechanical Methods to the Study of Molecular Properties :: Электронная библиотека попечительского совета мехмата МГУ

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Daudel R.(edit.) — Advances in Chemical Physics. Volume VIII. The Application of Wave Mechanical Methods to the Study of Molecular Properties

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Название: Advances in Chemical Physics. Volume VIII. The Application of Wave Mechanical Methods to the Study of Molecular Properties

Автор: Daudel R.(edit.)

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

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Год издания: 1965

Количество страниц: 188

Добавлена в каталог: 22.04.2013

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Предметный указатель

Mixed crystals, guest molecules      27 30
Mixed crystals, host crystals      27 30
Mixed crystals, intermolecular interactions in      30
Mixed crystals, shallow traps in      30
Mixed crystals, trap depth in      30
Mizuno, Y.      25
Model calculations, in the theory of mixed crystal spectra      27
Moffit, W. E.      129
Mole, T      129
Molecular complexes in optical absorptions and charge transfer states      14 ff
Molecular complexes interaction of carcinogens with proteins      168
Molecular thickness, significance in carcinogenic activity      167
Molecular-orbital analogy in crystal field spectra      32 ff
Molecular-orbital analogy in crystal field spectra, crystal hamiltonian in      33
Molecular-orbital analogy in crystal field spectra, quotient functions in      32
Moodie, R.      133 138
Mookherji, A.      25
Moorjani, K.      25
Morosin, B.      25
Mosem, C.      129 161
Muenster, L.      133 138
Mulliken, R. S.      60
Mutagens      179
Mutations, heredity, aging, and tumours, in view of the quantum theory of the DNA molecule      177
Nagata, C.      130
Naiman, C. S.      25
Nakajima, T.      130
Nashimiya, S.      25
Nelson, K. L      130
Neon, polarizability of      11
Neon-structure ions      11
Nephelauxetic effect      53 59
Nephelauxetic series      53
Nesbet, R      97 124 130
Non-bonding MO (NBMO)      80 ff 106
Nucleophilic substitution      86 ff 109
Olah, G. A.      129 130
Olah, J. A.      129
One-dimensional crystal model      31 ff
One-dimensional crystal model, cyclic boundary conditions in      31
One-dimensional crystal model, intensities in      40
One-dimensional crystal model, localized excitation function in      32
One-dimensional crystal model, transition moment in      40
Operators, projection      4
Operators, reaction      3
Operators, wave      3
Optical absorptions and charge transfer states      13
Optical electronegativities      54
Orgel diagram      51
Orgel, L. E      47 53 60 61
Orr, W. T. C      141 159
Ortholocalization energy      116
Owen, J.      53 61
Oxygen-containing complexes      55
Oxygen-containing complexes, Pariser — Parr — Pople parameters for      135
Paradejordi, F.      97 124 130 138
Paralocalization energy in chemical reactivity      114
Pariser — Parr — Pople parameters for carbon and oxygen      135
Pariser — Parr — Pople treatment of carbonyl compounds      135
Pariser, R. G      139
Parr, G.      139
Partial valence, Thiele’s theory of      76 78
Partitioning technique      3
Pavlath, A. E.      129
Pchejetsky, S. I.      161
Perinaphthenone      134 136
Perturbation theory      69 ff 74
Perturbation theory, Brillouin’s      4
Perturbation theory, infinite order      4
Perturbation theory, Schr $\ddot{o}$ dinger’s      4
Perturbational MO method      76 ff 115
Pettit, R      88 130 133 138
Philpott, M. R.      46
Phonons      19
Phonons, life-time in ionic crystals      19
Pi ( $\pi$ )-bonding, in crystal-field spectra      22 ff
Pi ( $\pi$ )-electrons, energy in chemical reactivity      70 ff 114 119 124
Pi ( $\pi$ )-electrons, transitions of in ethylene      5 ff
Pitaevsy      160
Pitzer, K. S.      129
PMO method      69 ff
Polarization binding      169
Poole, C. P.      25
Pople SCF treatment      74 ff 105 124
Pople, J. A.      126 129 131 139
Poulet, H.      61
Projection operator      4
Protonation $\pi$ -energy      133 136
Pullman, A.      97 129 130 176
Pullman, B.      97 129 130 163 175 176
Pure crystals      28 ff
Pure crystals, band structure in      29
Pure crystals, delocalized excitation wave functions in      29
Pure crystals, excitation band in      30
Pure crystals, localized excitation function in      28 ff
Pure crystals, wave vector in      29
Purine-pyrimidine pairs, steroids, and polycyclic aromatic carcinogens      163
Purines, electron-donor properties of      169 ff
Pysh, E. S.      25
Quotient functions      32
Rabinowitz, M.      175
Radiations      179
Radical substitution      86 ff
Ramsay, R.      27
Rate constants      67 ff
Reaction operators      3
Reactivity number      84
Real crystals      46
Regnier, J.      5 12
Reich, E      175 175
Remanick, A.      130
Residual host      38 41
Residual system      39
Rhodin      141 160
Ri, T      130
Riamouti, A.      172 174 175
Rice, S. A.      25
Ridd, J. H.      130
Rideal, E.      161
Ringold, H. J.      138
Robertson, J. M.      130 175
Roche, J.      160

Roguinsky, S. Z.      142 161
Rosengarten, D. D.      25
Rousseau, J.      141
Rushbrook, G. S.      129
Ryan, J.      58
Sampson, R. J.      129 130
Sandler, S.      175
Sandorfy, C.      142 160
Sandstede      160
Santis, P.      172 174 175
Santry, D. P.      30 46
Sch $\ddot{a}$ ffer, C. E.      60 61
Schmeising, H. N.      129
Schmid, R. W      126 130
Schmidt, G. M. J      175
Schnepp, O.      61
Schr $\ddot{o}$ dinger      3
Schr $\ddot{o}$ dinger’s perturbational theory      4
Schraumm      160
Self-consistent field molecular orbital (SCF — MO) treatment, of carbonyl base strength      133
Self-consistent field molecular orbital (SCF — MO) treatment, of carbonyl base strength, in chemical reactivity      105
Self-polarizability, in chemical reactivity      109 ff
Shallow traps in mixed crystals      30 ff
Shallow-trap problem      33 ff
Shallow-trap problem, antisymmetric functions in      36
Shallow-trap problem, inverted band in      34
Shallow-trap problem, level manifolds in      35
Shallow-trap problem, limit      36 ff
Shallow-trap problem, symmetric functions in      36
Shallow-trap problem, upright band in      34
Shearer, H. M. M.      130
Sherman      142 160
Shingu, H      130
Shortley      47
Shulman, R. G.      25
Sigma ( $\sigma$ )-bonding, in crystal-field spectra      22 ff
Sim, G. A.      130
Slater, J. C      33 46
Smiley, R. A.      130
Son      160
Spectrochemical series      52
Spin-pairing energy parameter      50
Stachan, C.      141 159
Stephens, S. J.      161
Stepko, I. I.      161
Steric effects, in PMO method      66 ff
Steroids, purine-pyrimidine pairs and polycyclic carcinogens      163
Stevenson      142 160
Stewart, R.      133 138
Streitwieser, A.      95 129 130
Sturge, M. D.      25
Substituents, effects on conjugated systems      96 ff
Sugano, S.      25 53 61
Sulphur-containing ligands      53
Sutor, D. J      176
Sutula, V. D      161
Sviridov, D. T.      25
Sviridova, O. N.      25
Swain, C. G.      95 130
Symmetric functions      36
Symmetry type      48
Symmetry-restricted covalency      53
Syrkin, J. A. K      142 160
Tanabe — Sugano diagram      51 59
Tanabe, Y.      53 61
Taplin, V. M.      161
Taylor      160
Terenine, A. N.      161
Thirunamachandran, T.      46
Thon      160
Tomasek      160
Tomkins, F. C.      141 159
Transition energies, calculation of from the geometry of the system      5
Transition moment      40
Trap depth      30
Trapezoid model      150 ff 154
Trasciatti, M.      176
Triangular model      154
Tropone      135 ff
Tsujikawa, I.      25
Tumours, heredity, mutations, and aging, in view of the quantum theory of the DNA molecule      177
Tunnel effect, in DNA      178
Upright band      34
van Bekkum, H      130
Van Fleck, J. H.      61
Verkade, P. E.      130
Vitouchenko, V. G      161
Volkenstein, T      142 160 161 162
Volpin, M. E      138 139
Voltz      161
Wagner      161
Walmsley, S. H      46
Warford, E. W. T      129
Warhurst, E.      130
Warner, N. E      164 176
Watson — Crick model      177
Watson, D. G.      130
Watson, R. E      48 61
Wave operator      3
Wave vector      29
Weakliem, H. A.      25
Weil — Malherbe, H      176
Weislinger, E.      12
Weitz, P. B      142 161
Weller, S. W.      160 161
Wepster, B. M.      130
Wheland, G. W      129
Williams, G. H      129
Winstein, S.      95 130
Wolfsberg, M      61
Wong, T. W.      164 165 166 168 176
Wood, D. L      25
Woodcock, R. F.      161
Wynder, E. R.      176
Yang, N. C      164 165 166 168 175 176
Yates, K      133 138
Yonezawa, T.      130
Young, D. M.      159
Zajdela, F.      176
Zeif, A. P.      161
Zeiss, H. H      95 130
Zucker, L.      133 138
Zwolinsky      160

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