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Griffits D.J. — Introduction to quantum mechanics
Griffits D.J. — Introduction to quantum mechanics



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Íàçâàíèå: Introduction to quantum mechanics

Àâòîð: Griffits D.J.

Àííîòàöèÿ:

This book first teaches learners how to do quantum mechanics, and then provides them with a more insightful discussion of what it means. Fundamental principles are covered, quantum theory presented, and special techniques developed for attacking realistic problems. The book's two-part coverage


ßçûê: en

Ðóáðèêà: Ôèçèêà/Êâàíòîâàÿ ìåõàíèêà/Ó÷åáíèêè/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1995

Êîëè÷åñòâî ñòðàíèö: 394

Äîáàâëåíà â êàòàëîã: 09.09.2005

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
Group, theory      169
Group, velocity      47—48
gyromagnetic ratio      160 240 244 250
Half-harmonic oscillator      68 289—290
Half-integer angular momentum      149 153 173—174 179
Half-life      315
Hamiltonian      22 120
Hamiltonian, atomic      186
Hamiltonian, charged particle in electric field      306
Hamiltonian, charged particle in electromagnetic field      174 343
Hamiltonian, helium      187 261
Hamiltonian, hydrogen molecule ion      266
Hamiltonian, magnetic dipole in magnetic field      160 239 330
Hankel functions      358—359
Hannay's angle      335
Hard sphere      353—355 361—362
harmonic oscillator      31—44 70—71 117 225—226 257—258
Harmonic oscillator, driven      349—350
Harmonic oscillator, radiation from      313—315
Harmonic oscillator, three-dimensional      170 272
Heisenberg, Werner      5 18 383
Heisenberg, Werner, Heisenberg uncertainty principle      18 110 112 123
Helium      187—189 261—266
Helmholtz equation      363 366
Hermite polynomials      41 43—44
Hermitian, conjugate      83 92
Hermitian, matrix      83
Hermitian, transformation      92—93
Hidden variables      3 376—380 385
Hilbert space      100—101
histogram      6 8 15
hole      203
Hooke's law      31 272
Hund's rules      191—193
Hydrogen atom      113—144
Hydrogen atom, allowed energies      137
Hydrogen atom, fine structure      235—244
Hydrogen atom, ground state      138 171 251 367
Hydrogen atom, hyperfine splitting      235—236 250—252
Hydrogen atom, radius      137
Hydrogen atom, relativistic correction      235—239
Hydrogen atom, spectrum      143—144
Hydrogen atom, spin-orbit coupling      235 239—242
Hydrogen atom, spin-spin coupling      250—252
Hydrogen atom, wavefunctions      139
Hydrogen ion      265 272—273
hydrogen molecule      184—185
Hydrogen molecule ion      266—270
Hydrogenic atom      144 188—189
Hyperfine splitting      235—236 250—252
Identical particles      177—220
Impact parameter      352 371
Impulse approximation      371
Incident wave      57
Incoherent perturbation      309—311
Incompatible observables      110
Incompleteness      3 376 379
Indeterminacy      3 158—159 381
Indistinguishable particles      179—180
Infinite spherical well      129—133
Infinite square well      24—31
Infinite square well, expanding      116—117 324—326 340
Infinite square well, three particles in      204—206
Infinite square well, three-dimensional      193—195
Infinite square well, two particles in      181
Infinite square well, two-dimensional      218
Inner product      78 95
Inner product, space      78
Insulator      203
Integral form of Schrodinger equation      366 373
Integration by parts      15
Intrinsic angular momentum      154
Inverse, beta decay      219
Inverse, Fourier transform      46
Inverse, matrix      84
Ionization      138 261 265
Jordan, Pascual      3
Ket      118—119
kinetic energy      16—17
Kinetic energy, relativistic      236
Kramers' relation      253
Kronecker delta      27—28 102
Kronig — Penney model      200—201
Ladder operators      32—34
Ladder operators, angular momentum      147—149 151
Ladder operators, harmonic oscillator      33—35
Lagrange multiplier      209—210 212
Laguerre polynomial      139—140
Lamb shift      235—236
Lande g-factor      246 250
Laplacian      122
Larmor, formula      314
Larmor, frequency      162
Larmor, precession      160—162
Laser      308
LCAO technique      267
Legendre polynomial      96 99 126
Levi-Civita symbol      159
Lifetime      14 71 114—115 283—284 313 315
linear combination      23 77 382
Linear combination of atomic orbitals      267
Linear independence      69 77
Linear operator      146
Linear potential      292
Linear transformation      80 97
Linearized potential      285—286
Locality      376 380—381
Localized potential      66 358—359
Lorentz force law      160 162 174—175
Low energy scattering      368
Lowering operator      33—34 147—149 151
Luminoscity      355
Lyman series      143—144
Macroscopic object      382—383
Magnetic dipole      160 239
Magnetic dipole, energy of      160
Magnetic dipole, force on      162
Magnetic dipole, moment      160 240—241 250
Magnetic dipole, moment, anomalous      241
Magnetic dipole, transition      322
Magnetic, energy      160 309
Magnetic, field      160 174 307 339—345
Magnetic, flux      339—340 344 349
Magnetic, force      162 174—175
Magnetic, quantum number      125 127 191 317
Many worlds interpretation      385
Matrix      81
Matrix, antisymmetric      82
Matrix, column      82
Matrix, diagonal      90
Matrix, elemental      103 229
Matrix, hermitian      83
Matrix, imaginary      83
Matrix, inverse      84
Matrix, real      83
Matrix, row      82
Matrix, singular      84
Matrix, skew-Hermitian      83
Matrix, symmetric      82
Matrix, unit      84
Matrix, unitary      84
Matrix, zero      88
Maxwell — Boltzmann distribution      214
Mean value      7—8
Measurement      3—5 105 158—159 164 381—383 385
Median value      7—8
Mermin, David      3 381
Meson      169 375
Metastable state      318
Minimum-uncertainty wave packet      111—112
Molecule      70 184—185
Momentum      14—17 121 275
Momentum, operator      16 107 121 176
Momentum, space      107 117 171
Monochromatic perturbation      309
Most probable, configuration      205—206 209—212
Most probable, occupation numbers      211—212
Most probable, value      7—8
Muon      179 252 273
Muon-catalysed fusion      273
Muonic hydrogen      179 252
Muonium      252
Neutrino oscillations      120
Neutron star      219
Node      26
Nomenclature, atomic      190—192
Non-normalizable function      11 45 50
Nonholonomic process      333—335
Nonlocality      380—381
Norm      78
Normalization      11—14 79 122 127
Normalization, of radial wave function      127 129
Normalization, of spherical harmonics      127—128
Normalization, of spinors      157
Normalization, of two-particle wave function      177
Null vector      76 88
Observable      104 106
Observable, incompatible      110
Observer      5 382
Occupation number      205 211
Operator      16 22 97
Operator, angular momentum      145 151
Operator, derivative      97 99
Operator, displacement      199
Operator, exchange      180
Operator, gradient      150
Operator, ladder      32—35 147—149 151
Operator, linear      146
Operator, lowering      33—34 147 151
Operator, momentum      16 107
Operator, position      16 98—99 107
Operator, projection      119
Operator, raising      33—34 147 151
Orbital      189 267
Orbital angular momentum      154
Orthodox position      3—4 374—375
Orthogonal      27 79
Orthogonalization      79
Orthohelium      188—189
Orthonormal      27 79
Orthonormality, hydrogen wave functions      140—141
Orthonormality, Legendre polynomials      128
Orthonormality, spherical harmonics      128
Orthorhombic symmetry      255
Overlap integral      268
Parahelium      188—189
Partial wave, amplitude      359—360
Partial wave, analysis      357—362
Paschen series      143—144
Paschen — Back effect      246
Patching region      285 288
Pauli exclusion principle      180 189 193 195 203
Pauli spin matrices      156 159
Pauli, Wolfgang      4
Periodic potential      198—199
Periodic table      189—193
Perturbation theory, time-dependent      298—322
Perturbation theory, time-independent      221—255
Phase, velocity      47—48
Phase, wave function      11 26 30 175—176 275 277 320
Phase, wave function, dynamic      335
Phase, wave function, geometric      336
Photon      143 216—218 307—309 317—318
Plancherel's Theorem      46 49
Planck, Max      143
Planck, Max, Planck's blackbody formula      216—218 309 312—313
Planck, Max, Planck's constant      2
Planck, Max, Planck's energy formula      143 216
Polar angle      123
Polarization      306 310—311
Population inversion      308
Position operator      16 98—99 107
Position space      107 117
Positronium      179 252
Potential      20 174 343
potential energy      1 20 31
Potential well, no vertical walls      290—292
Potential well, one vertical wall      289—290
Potential well, two vertical walls      277—278
Potential, scalar      174—176 343
Potential, vector      174—176 343—349
Power law potential      293—294
Power series expansion      32 38 135
Preparation of a state      164
Principal (p)      190
principal quantum number      137
probability      2 5—11 157 204
Probability, current      13
Probability, density      9
Projection operator      119
Propagator      372
Quantum, dynamics      298
Quantum, electrodynamics      307
Quantum, jump      143 299
Quantum, number      130 137
Quantum, number, azimuthal      148
Quantum, number, magnetic      125 127 191 317
Quantum, number, principal      137
Quantum, statics      298
Quantum, statistical mechanics      204—218
Quantum, Zeno effect      383—385
Quark      169
Rabi flopping frequency      306
Radial, equation      129—133
Radial, wave function      123 129 133
Radial, wave function, hydrogen      133—141
Radial, wave function, infinite spherical well      131
Radiation zone      358
Raising operator      33—34 147—149 151
Rayleigh's formula      361
Realist position      3—4 374—375 379—380
Rectangular barrier      65 280—281 283
Recursion formula      39 138
Reduced mass      178
Reflected wave      57
Reflection coefficient      57 67 73 373
Reflectionless potential      73
Relativistic correction      235—239
Riemann zeta function      108 216
Rigid rotor      153
Rodrigues formula      43 126
Rotating wave approximation      305—306
Row matrix      82
Rutherford scattering      355 370 373
Rydberg, constant      143
Rydberg, formula      143
S matrix      66—68 73
scalar      75
Scattering, amplitude      356—357 360
Scattering, angle      352 371
Scattering, center      352 371
Scattering, cross-section      354 360
Scattering, differential cross-section      353—355 357 359—360
Scattering, in one dimension      51—52 56 62 66 280—281 293
Scattering, in one dimension, from delta function      56—59 373
Scattering, in one dimension, from finite square well      62—64 67 373
Scattering, in one dimension, from rectangular barrier      65 280—281 283
Scattering, in one dimension, from step function      65 69
Scattering, in three dimensions      352—373
Scattering, in three dimensions, from delta-function shell      362
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