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Àâòîðèçàöèÿ |
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Ïîèñê ïî óêàçàòåëÿì |
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Mahan G.D. — Many-particle physics |
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Ïðåäìåòíûé óêàçàòåëü |
Abarenkov, I.V. 414 415 1009
ABM (Anderson — Brinkman — Morel) 951—954
Abrikosov, A.A. 178 189 78 784 926 927 974 1001 1006 1015 1016 1017
Achter, E.K. 908 1016
Acoustic attenuation 787 819—824 840
Adler, D. 28 545 1005 1010
Agranovich, V.M. 367 1007
Aldrich, C.H. 914 1016
Allcock, G.R. 521 523 1010
Allen formula 713—714
Allen, P.B. 658 713 1012 1013
Almbladh, C.O. 323 736 763 1007 1013
Alpha-squared-F defined 593 658 693 834
Alpha-squared-F electron self energy 593—595
Alpha-squared-F electron transport 651 658—662
Alpha-squared-F Pb 595
Alpha-squared-F transport form 658 712
Alpha-squared-F tunneling 837—838
Ambegaokar, V. 252 270 805 808 1008 1015
Anderson model 57—60 272
Anderson, P.W. 55 57 272 280 732 745 825 950—952 977 974 1005 1007 1013 1015 1016 1017
Andrei, N. 974 1017
Andronikashivile, E.X. 889 1017
Animalu, A.O.E. 415 1008 1018
Appel, J. 545 599 1010
Arakawa, E.T. 737 1013
Argyres, P.N. 649 1012
Ashcroft, N.W. 413 415 592 711 1008 1009 1010 1013
Babanov, Y.A. 1014
Bachrach, R.Z. 1009
Baer, Y. 1013
Baldereschi, A. 726 1013
Balian, R. 777 936 1015 1016
Baratoff, A. 805 808 1015
Bardasis, A. 825 827 1015
Bardeen, J. 388 767 813 816 817 1008 1015
Bare-phonon Hamiltonian 579
Barnard, R.D. 228 232 1006
Barnes, S.E. 1001 1017
Bass, J. 647 692 1012 1013
Baver, R.S. 1009
Baym, G. 672 677 893 1012 1016
BCS (Bardeen — Cooper — Schrieffer) 575 767—827 839 842 891—892 910 917 933—943 965 972
Beni, G. 1005
Berk, N.F. 910 924 1016
Best, F.E. 440
Bethe ansatz 957
Bethe, H. 489 1008
Bickers, R.E. 1017
Bijl — Feynman theory 878—884 915
Bijl, A. 860 878 883 1016
Bird, R.B. 1016
Bloch, P.D. 519
Bobetic, V.M. 824 1015
Bogoliubov, N.N. 842 848 851 865 1016
Bogomolov, V.N. 545 1010
Bohm, D. 583 1010
Bohm, H.V. 787 820 1015
Boltzmann equation 198—203 601—609 671—692 926
Born — Oppenheimer approximation 34
Born, M. 13 34 355 1005 1007
Borstal, G. 359 1007
Bose — Einstein condensation 768 841 848 854 872
Bottger, H. 545 1010
Bradley, C.C. 519
Brillouin — Wigner perturbation theory 484 498—505 569
Brillouin, L. 498—505 1010
Brinkman, W.F. 950—952 1016
Brooker, G.A. 926 1016
Brooks, H. 413 417—418 1008
Brout, R. 178 193 194 523 1007 1010
Brown, G.V. 854 1016
Brueckner, K.A. 266 381 385 399 475 493 1007 1009 1010
Brundle, C.R. 490 1008
Bryant, G.W. 763 1013
Brysin, V.V. 545 1010
Burgess, C.P. 410 1009
Burgess, T.J. 1009
Burkhard, H. 519
Butler, W.H. 1013
BW (Balian — Werthamer) 937—946 949—950
Callcott, T.A. 757 759 760 1013
Callen, H. 47 48 1005
Canonical transformation 286—288 298—300 535—536
Canright, G.S. 737 1013
Carabatos, C 519
Carbotte, J.P. 594 648 650 1011 1012
Care, C.M. 408 1008
Caroli, C 789 1015
Carr, W. 400 408—409 1008
Carruthers, P. 178 193 194 523 1007 1010
CBF (correlated basis functions) 859—869 905
Chester, G.V. 649 865 866 1012 1016 1017
Cini, M. 324 1007
Citrin, P.H. 734 735 762 763 1013
Cohen, M. 887 1016
Cohen, M.H. 368 431 788 1007 1009 1015
Coherence factors 785
Cohesive energy of metals 413—419
Coleman, P. 1001 1017
Collins, T.C. 719 1014
Combescot, R. 1015
Commutation relations bosons 15—16 18
Commutation relations electromagnetic fields 70
Commutation relations fermions 21—23
Commutation relations lattice gas 28 52
Commutation relations phonons 3 9 37
Commutation relations spins 45—46 48
Compaan, A. 519
Compressibility 903
Compressibility electron gas 462—466 487 495 583
Compressibility sum rule 463
Compton scattering 482—484
condensate 842 848 854 859 870—877
Conductivity see “Electrical conductivity”
Configurational coordinate diagram 302—303 553
Conley, J.W. 575 1010
Cooper instability 768—777 828 838 933
Cooper, L. 767 768 1015
Coopersmith, M.H. 854 1016
Correlated basis functions 842 859—869
Correlation energy electron gas 385—407 409—410 449 458—462
Cowley, R.A. 877 1016
Craig, R.A. 123 1006
Creation operator fermions 22
Creation operator particles 14—16 978
Creation operator phonons 2—3
Creation operator spin 46 49
Cross section 248 908
Crowder, J.G. 519
Cummins, J.G. 519
Current operator energy 31 228
Current operator heat 32 228
Current operator particles 29—31 62—67 200 204—223 228—233 728
Current-current correlation function definition 209—212 695
Current-current correlation function emission 305—309
Current-current correlation function independent boson model 299—309
Current-current correlation function polaritons 221—223
Curtiss, C.F. 1016
Daniel, E. 480 1008
Davydov, A.S. 364 1007
de Dominicis, C.T. 730 743 746 756—758 1014
de Groot, S.R. 227 228 1007
De Witt, B.S. 266 1007
Debye model 40 914
Debye — Waller factor 543 687 856
Deformation potential 38—39
DeGraaf, L.A. 1006
Delta functions 11
Denenstein, A. 1015
| Density matrix 75—77 855
Density of states Anderson model 997—998
Density of states Fermi energy 899
Density of states Kondo model 975
Density of states phonon 593 595
Density of states strong coupling 837
Density of states superconductor 788 798 799 837
Density operator bosons 21
Density operator fermions 29
Destruction operator see “Creation operator”
Devlin, S.S. 636—638 1012
Devreese, J.T. 707 708 765 1011 1014
DeWit, H.J. 542 1010
Diagonal long range order see “DLRO”
Diagrams disconnected 102
Diagrams Feynman 100 116 166
Diagrams force-force 707
Diagrams impurity scattering 261 617
Diagrams linked cluster 530
Diagrams paramagnons 924
Diagrams superconductors 784 793 829
Diagrams tunneling 793
Diagrams vacuum polarization 103
Dielectric function electron gas 419—458
Dielectric function electron-phonon 41—45 556—577
Dielectric function Hubbard 444—493
Dielectric function Lindhard see “Random phase approximation”
Dielectric function longitudinal 127
Dielectric function Lorentz — Lorentz 370 374
Dielectric function RPA see “Random phase approximation”
Dielectric function Singwi — Sjolander 449—454
Dielectric function Sum rules 466—474
Dielectric function Thomas-Fermi 428—430 456 494
Dielectric function transverse 130 222 356 695
Dielectric function Vashishta-Singwi 453 465—466
Dietz, R.E. 309 310 1007
Diffine, A. 519
Dingle, R.B. 860 1016
Dirty superconductor 816 822 840
DLRO (diagonal long range order) 855—857
Domb, C 47 1005
Doniach, S. 732 761 764 924 1006 1014 1016
Dow, J.D. 508 1011
Drude formula 696—697 710—711
Duerre, D.E. 1009
Duke, C.B. 297 572 974 1007 1018
Dunn, D. 193 523 528—532 1007 1010
Dy, K.S. 904 930—932 1016
Dynes, R.C. 649 650 1012
Dyson’s equation 956
Dyson’s equation electrons 105—110 122—125 154—155 158—167 190—191 197—199 245 532—533
Dyson’s equation Matsubara 158
Dyson’s equation phonon 110 154—155 190—193
Dyson’s equation photon 129 436
Dyson’s equation superconductor 829
Dzyaloshinski, I.E. 1006 1015
D’Andrea, A. 324 1007
Eastman, D.E. 1014
Eck, R.E. 1015
Ederer, D.L. 1013
Edge singularities 737—744 777 965
Edwards, S.F. 261 1007
Effective mass 896 899 902
Effective mass electron gas 484—485
Effective mass enhancement 592—593 663—665
Effective mass Fermi liquid theory 902
Effective mass formula 157—158
Effective mass phonons in metals 589 592—593
Effective mass polaron 500 507—508 534
Ehrenreich, H. 39 431 1005 1009
Einstein model 293—298 303—304 546—550
Eisenberger, P. 482 484 1009
Electrical conductivity 203—222 601—692 695—764 814—817 957 965—967 976—977
Electron tunneling metal-semiconductor 575—576
Electron tunneling superconductor 594—595
Electron-phonon interaction 33—45 554—568 966
Eliashberg, G.M. 767 827 830 1015
Elliott formula 717 725
Elliott, R.J. 171 1014
Emery, V.J. 324 1008
Energy current 31 228
Energy gap 940—954
Energy gap superconductor 781—788
Engelsberg, S. 323 575 630 633 653 924 1007 1010 1012 1016
Equal spin pairing 949—953
ESP (equal-spin-pairing) 949—953
Evrard, R. 42 517 1005 1010 1011
Exchange energy electron gas 114 352—355 379—393 449
Exchange energy helium 844 918
Exchange energy Kondo model 959
Exchange energy screened 395
Excitation energy, superconductor 783
Excitonic insulator 776
Excitons Wannier 714—732
Excitons X-ray 737 741 757—760
Exponential resummation 530
f-sum rule 374 467 472 696
Falicov, L.M. 1015
Fano, U. 55 272 355 1005 1008
Fano-Anderson model 55 272—285 323 987—989
Feder, J. 1010
Feenberg, E. 884 887 893 903—906 916 1016
Feldmann, W.L. 1011
Feltgen, R. 257 1008
Fermi liquid theory 893—904 913 916—926
Fermi, E. 428—430 1009
Ferrell, R.A. 385 386 389 475 488 1009 1010
Fetter, A.L. 1006
Feuchtwang, T.E. 789 1015
Feynman diagrams see “Diagrams”
Feynman, R.P. 289 498 503 517 869 878 883 887 1008 1011 1016
Final state interactions 719
Firsov, Yu. A. 550 1010 1011 1014
Fishman, R. 649 1012
Fisk, Z. 1015
Fiske, M.D. 813 1015
Fleurov, V.N. 677 1012
Flodstrom, S.A. 490 1009
Flynn, C.P. 546 1011
Folge, H.J. 359 1007
Force-force correlation functions 647—649 695—714
Fossheim, K. 824 1015
Fowler, H.A. 1009
Francis, W.P. 859 861 866—868 1016
Freeman, A.J. 760 1014
Friedel oscillations 251—252 456
Friedel sum rule 249—255 279 419 692 758 993
Friedel, J. 249—266 1008
Frohlich polarons 497—533 634—646 703—708
Frohlich, D. 359 1008
Frohlich, H. 33 42 497 767 1005 1015
Fujita, H. 636 638 1012
Fukuda, N. 266 1008 1010
Fumi, F.G. 253 266 1008
Fumi’s’s theorem 253—254 266—272 748 969 988
Furuya, K. 1017
Gallon, T.E. 734 1014
gap equation 786 836 940 941
Garrett, D.G. 586 1011
Gauges 60—65 205 673 675
Geldart, D.J.W. 437 649 1009 1012 1013
Gell-Mann, M. 88 381 385 399 475 493 1006 1009
Gerritsen, A.N. 57 1005
Gersch, H.A. 1017
Giaever, I. 768 798 799 803 804 813 1015
Girvin, S.M. 232 741 759 765 1007 1012 1014
Goldberg, A. 257 1008
Gorkov, L.P. 1006 1015
Gradient expansion 677—681
Grebennikov, V.I. 759 1014
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