Atkins P.W., Friedman R.S. — Molecular Quantum Mechanics :: Электронная библиотека попечительского совета мехмата МГУ

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

Atkins P.W., Friedman R.S. — Molecular Quantum Mechanics

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Molecular Quantum Mechanics

Авторы: Atkins P.W., Friedman R.S.

Аннотация:

Molecular Quantum Mechanics established itself as a classic as soon as the original edition appeared. Maintaining the important and essential spirit of the earlier editions, this third edition remains in the forefront of its field. The book has been entirely rewritten to present the subject more clearly than ever before, and the use of two-color art helps to make the text even more accessible. The text remains unique in the range of topics it covers, from the foundations of quantum mechancis to applications such as spectroscopy and the electric and magnetic properties of matter. Two entirely new chapters have been added to this third edition. One is an introduction to computational techniques in quantum chemistry and the other is an introduction on scattering theory. Anyone teaching courses using quantum mechanics, particularly quantum chemistry, will not only find this volume authoritative but highly approachable as well.

Язык:

Рубрика: Физика/Квантовая механика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: third edition

Год издания: 1996

Количество страниц: 545

Добавлена в каталог: 23.07.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Magnetic moment, orbital      206
Magnetic moment, spin      207
Magnetic permeability      412
Magnetic resonance parameters      427
magnetic susceptibility      411
Magnetic susceptibility, calculated      419
Magnetic susceptibility, Curie law      413
Magnetic susceptibility, currents      393
Magnetic susceptibility, diamagnetic      420
Magnetic susceptibility, Langevin      421
Magnetic susceptibility, Miss van Leeuwen's theorem      422
Magnetic susceptibility, molar      411
Magnetic susceptibility, paramagnetic      420
Magnetic susceptibility, temperature dependence      413
Magnetic susceptibility, volume      411
Magnetizability      411 420
magnetization      411
Magnetogyric ratio      207 419
Magneton, Bohr      207
Magneton, nuclear      438
Many-body perturbation theory      298
Many-electron atoms      221
Mass-weighted coordinates      343 512
Matrix      519
Matrix eigenvalues      521
Matrix element      31
Matrix element, symmetry      155
Matrix, addition      519
Matrix, adjoint      520
Matrix, block-diagonal      137
Matrix, complex conjugate      520
Matrix, determinant      519
Matrix, diagonal      520
Matrix, direct sum      138
Matrix, Hamiltonian      99
Matrix, hermitian      520
Matrix, introduced      30
Matrix, inverse      520
Matrix, mechanics      30
Matrix, multiplication      31 520
Matrix, Pauli      120
Matrix, product      520
Matrix, representation      128 132
Matrix, representative      128
Matrix, Schroedinger equation      32
Matrix, self-adjoint      520
Matrix, sum      519
Matrix, transpose      520
Matrix, unit      50
Matrix, unitary      520
Matter, wave nature      6
Maximum multiplicity      224 231
Maxwell equations      514
Measurement      16
Methane vibrations      350
Microscopic reversibility      482
Microstate      230
MINDO      313
Minimal basis set      257 287
Minimum basis set      257
Minimum principles      26
Mirror plane      123
Miss van Leeuwen's theorem      422
MO (molecular orbital)      242
Modified Bessel functions      69 459
Modulo- $\pi$ ambiguity      460
Molar magnetic susceptibility      411
Molar refractivity      400
Molecular integrals      498
Molecular orbitals      242
Molecular orbitals, $\pi$ -bonded systems      258
Molecular orbitals, $\pi$ -orbitals      251 258
Molecular orbitals, $\sigma$ -orbitals      251 258
Molecular orbitals, ammonia      257
Molecular orbitals, antibonding      248
Molecular orbitals, benzene      261
Molecular orbitals, bonding      248
Molecular orbitals, butadiene      260
Molecular orbitals, diatomic molecules      251
Molecular orbitals, free electron      69
Molecular orbitals, group theory      255
Molecular orbitals, Hueckel approximation      258 308
Molecular orbitals, hydrogen molecule      242 248
Molecular orbitals, hydrogen molecule-ion      244
Molecular orbitals, linear combination of atomic orbitals      245
Molecular orbitals, non-bonding      366
Molecular orbitals, notation      256
Molecular orbitals, polyatomic molecules      255
Molecular orbitals, theory      244
Molecular orbitals, transition metal complexes      262
Molecular orbitals, water      255
Molecular potential energy curve      240
Molecular vibration      335
Moller — Plesset perturbation theory      298
Moment of inertia      71 322 324
Momentum, canonical      486
Momentum, operator      11
Momentum, presence of magnetic field      487
Momentum, representation      11
Morse potential      337
Multichannel scattering      472
Multiconfiguration method      297
Multiple quantum transition      206
Multiplicity      211
Multiplicity, Hund rule      224 231
Multireference method      297
n-fold rotation      115
Negative kinetic energy      45
Newton's Laws      30 485
NMR      411
Node      56
Non-adiabatic process      379
Non-dynamic correlation      293
Non-reactive scattering      448
Nonalternant hydrocarbons      259
Nonbonding orbital      366
Nonclassical reflection      53
Noncrossing rule      165
Nonradiative decay      371
Normal coordinates      344
Normal coordinates, active      346 347
Normal coordinates, bent molecules      347
Normal coordinates, example      512
Normal coordinates, expansion of hamiltonian      352
Normal coordinates, group theory      347
Normal coordinates, hamiltonian      345
Normal coordinates, irreducible representations      307
Normal coordinates, linear molecules      344 512
Normal coordinates, mixing      351
Normal coordinates, selection rules      346
Normal coordinates, symmetry      347
Normal coordinates, water      348
Normal mode      343 345 512
Normal Zeeman effect      234
Normalization      14
Nuclear g-value      442 T
Nuclear hyperfine effects      359
Nuclear magnetic resonance      411
Nuclear magneton      438
Nuclear screening constant      222
Nuclear spin      332
Nuclear spin-spin coupling      437
Nuclear statistics      331
Nucleus-nucleus coupling      437 442
O-branch      342
Observables      9 16
Observables, complementary      6
Observables, simultaneous      24
Occupied orbital      279
Octahedral complex $\pi$ -bonding      266

Octahedral complex $\sigma$ -orbitals      263
Octahedral complex configuration      264
Octahedral complex correlation      265
Octahedral complex d-orbitals      263
Octahedral complex Jahn — Teller theorem      265
Octahedral complex ligand field theory      262
Octahedral group      125
One-dimensional well      54
One-electron orbital energy      227
open channel      473
Operator      9 16
Operator, annihilation and creation      339 493
Operator, dipole moment      203
Operator, eigenfunctions      10 17
Operator, energy      13
Operator, exponential      39
Operator, generators      157
Operator, Hamiltonian      13
Operator, hermitian      21
Operator, kinetic energy      12
Operator, linear      14
Operator, momentum      11
Operator, observables      9 16
Operator, position      11
Operator, potential energy      13
Operator, projection      145
Operator, representations      11
Operator, rules for constructing      12
Operator, shift      101
Operator, simultaneous eigenstates      24
Operator, symmetry      122
Operator, time      29
Optical activity      401
Optical birefringence      402
Optical rotatory dispersion      406
Optical theorem      481
Optics geometrical      35
Optics wave      35
Orbital, active      297
Orbital, angular momentum      79
Orbital, antibonding      248
Orbital, approximation      221
Orbital, atomic      90
Orbital, bonding      248
Orbital, energy      252
Orbital, exponent      285
Orbital, Gaussian-type      285
Orbital, hydrogenic      90
Orbital, inactive      297
Orbital, linear combination      245
Orbital, magnetic moment      206
Orbital, molecular      242
Orbital, non-bonding      366
Orbital, s-, p-, d-, f-      90
Orbital, Slater      225
Orbital, virtual      279 297
ord      406
Order (group)      127
Ortho-hydrogen      333
Orthogonality      14
Orthogonality basis functions      154 505
Orthogonality hermiticity      23
Orthogonality Slater orbitals      238
Orthogonality symmetry      154
Orthogonality theorems      139 505
Orthonormality      15
Oscillating perturbation      192
Oscillator strength      388 509
Oscillator strength, polarizability      388
Oscillator strength, sum rule      388 510
Outgoing Green's function      454
Outgoing wave      51
Overlap, bond formation      243
Overlap, charge density      247
Overlap, inclusion in Hueckel method      274
Overlap, integral      14 200 245
Overlap, integral, calculated      246
Overlap, matrix      282
Overlap, symmetry      255
overtones      340 351
p-band      268
P-branch      340
P-electron      90
p-orbital      90
P-orbital, complex form      92
P-orbital, diamagnetic current      426
P-orbital, paramagnetic current      426
P-orbital, transformation      148
p-type Gaussian      285
P-wave scattering      458
Paired spins      220
Para-hydrogen      333
Parabolic potential      60 336
Paramagnetic      411
Paramagnetic, current density      425
Paramagnetic, shielding constant      433
Paramagnetic, susceptibility      420
Paramagnetic, temperature independent      421
Parametrization two level problem      34
Pariser — Parr — Pople method      309
Parity      248
Partial wave      457
Partial wave, analysis      458
Partial wave, cross-section      462
Partial wave, equation      458
Partial wave, multichannel      476
Particle diffraction      6
Particle duality      6
Particle in a box      54
Particle in a box, boundary conditions      55
Particle in a box, circular box      69
Particle in a box, degeneracy      69
Particle in a box, energy      56
Particle in a box, hamiltonian      54 57
Particle in a box, normalization      55
Particle in a box, separation of variables      57
Particle in a box, two-dimensional      56
Particle in a box, wavefunction      56
Particle in a box, zero-point energy      56
Particle on a ring      71
Particle on a ring, boundary conditions      73
Particle on a ring, classical limit      76
Particle on a ring, degeneracy      74
Particle on a ring, energy      73
Particle on a ring, hamiltonian      71
Particle on a ring, normalization      74
Particle on a ring, physical basis of quantization      74
Particle on a ring, Schroedinger equation      72
Particle on a ring, uncertainty principle      75
Particle on a ring, wavefunctions      74
Particle on a ring, wavepacket      76
Particle on a ring, zero-point energy      75
Particle on a sphere      76
Particle on a sphere, analogous problems      76
Particle on a sphere, energy      79
Particle on a sphere, hamiltonian      76
Particle on a sphere, Schroedinger equation      76
Particle on a sphere, separation      77
Particle on a sphere, wavefunctions      78 81
Particle on a sphere, zero-point energy      81
Particle propagation      37
Particle-hole equivalence      229
Paschen series      203
Paschen — Back effect      236
Pauli matrices      120
Pauli principle      218
Pauli principle, allowed terms      219
Pauli principle, atomic structure      222
Pauli principle, bosons      219
Pauli principle, building-up principle      223

1 2 3 4 5 6 7

О проекте