Author(s): Амусья М.Я., Черепков Н.А., Чернышева Л.В., Иванов В.К.
Edition: драфт
Publisher: Иоффе Инст.
Year: 2001
Language: Russian
Pages: 383
Content......Page 1
Introduction......Page 3
01 Historical development of the theory of many-electron system......Page 9
Basic equations......Page 25
Solution of one-partical equation......Page 30
Diagrams of one particle motion......Page 32
Account of external time dependent field and interparticle interaction......Page 40
Design of diagrams and the correspondence rules......Page 46
Diagram technique: a summary......Page 53
References to Chapter 2......Page 57
Hartree-Fock approximation......Page 58
Random phase approximation with exchange (RPAE)......Page 61
Beyond RPAE......Page 66
References to Chapter 3......Page 74
Photoionization cross-section of many-electron shells and the giant resonances......Page 75
Inter-shell interaction, correlation maxima and minima......Page 79
Giant autoionization resonances......Page 83
Atoms with semifilled shells......Page 85
Correlation effects within spin-orbital doublets......Page 88
Atoms with open shells......Page 92
Electronic correlations at high energies in the RPAE......Page 95
Correlations at high energies beyond RPAE......Page 103
Many-electron effects in the final state......Page 107
Two-electron photoionization and recombination......Page 110
Photoionization cross section of excited atoms......Page 113
Polarizability and van der Waals constants......Page 114
Figures to Chapter 4......Page 121
References to Chapter 4......Page 143
Angular distribution of photoelectrons......Page 148
Nondipole corrections to the angular distribution......Page 151
Angular distribution of photoelectrons from spin-orbital doublets......Page 158
Intra-dublet correlations in nondipole parameters......Page 161
Spin polarization of photoelectrons......Page 162
Nondipole corrections to the spin polarization of photoelectrons......Page 166
Spin polarization in spin-orbit doublet......Page 169
Figures to Chapter 5......Page 177
References to Chapter 5......Page 199
Elastic scattering of slow electrons......Page 202
Inelastic scattering of electrons......Page 205
Generalized oscillator strength......Page 207
GOS of noble gas atoms......Page 208
GOS of discrete levels as a tool to determine their angular momentum......Page 212
Compton scattering on the discrete levels and continuum......Page 213
"Atomic" or "polarization" bremsstrahlung......Page 215
Post-collision interaction......Page 217
Scattering of slow positron......Page 218
Figures to Chapter 6......Page 224
References to Chapter 6......Page 246
Formation of negative ions......Page 249
Fotodetachment of electrons from outer shells......Page 251
Negative ions with closed shells......Page 252
Negative ions with one electron above closed shells......Page 255
Negative ions with open np- and nd-shells......Page 256
Fotodetachment from intermediate nd-shells......Page 263
Fotodetachment from deep 1s-shells......Page 265
Figures to Chapter 7......Page 274
References to Chapter 7......Page 283
Shifts of atomic levels and their width......Page 286
One-photon decay of two-hole states......Page 290
One-electron decay of two-hole states......Page 291
Correlation decays......Page 294
Auger-decay of excited states......Page 298
References to Chapter 8......Page 301
Currents in atomic gases......Page 302
Photoionization of diatomic molecules......Page 304
Photoemission of solids......Page 309
Photoionization and angular distribution of atoms inside the fullerene shell......Page 312
The destruction of Giant resonances by fullerene shell......Page 319
References to Chapter 9......Page 325
Model of "jelly"......Page 328
The optimized model of "jelly"......Page 330
Photoabsorption by metal clusters......Page 339
Figures to Chapter 10......Page 344
Description of the system......Page 349
Computer experiment in the study of atomic processes......Page 352
References to chapter 11......Page 363
12 Conclusion......Page 368
References to Conclusion......Page 379
13 List of acronyms and abbreviations......Page 382
