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Marder M.P. — Condensed matter physics
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Название: Condensed matter physicsАвтор: Marder M.P. Аннотация: This new work presents for the first time in decades a sweeping review of the whole field of condensed matter physics. It consolidates new and classic topics from disparate sources, teaching "not only about the effective masses of electrons in semiconductor crystals and band theory, but also about quasicrystals, dynamics of phase separation, why rubber is more floppy than steel, electron interference in nanometer-sized channels, and the quantum Hall effect."
Язык: Рубрика: Физика /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 2000Количество страниц: 928Добавлена в каталог: 04.12.2013Операции: Положить на полку |
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Characters 176 Charge density wave 279 Charge susceptibility 577 579 643 804 Charge transfer energy 661 Chattopadhyay, D. 515 Chelikowsky, J.R. 606 658 667 Chemical potential between different metals 456 Chemical potential, doped semiconductors 533 Chemical potential, driving force for superfluids 391 Chemical potential, Josephson's equations 802 Chemical potential, superconductivity 815 Chemical potential, superlattices 691 Chemical potential, temperature dependence for noninteracting electrons 149 Chemical potential, versus work function 519 Chemisorption 73 Cheng, C. 74 85 Cherenkov — Landau criterion 369 395 396 Chew, N.G. 373 Chiang, T. 658 667 668 Ching, W.Y. 660 667 Cholesterics 108 Chou, M.Y. 330 341 667 Chui, S.T. 606 Citrin, P.H. 130 Cladis, P.E. 130 Classes 175 Classical limit 145 Classical statistics 145 Clauser, H.R. 294 303 Clausius — Mossotti relation 490 611 633 Climb 347 Closed orbits 430 460 CMOS see "Complementary metal-oxide-silicon" CO 211 Co, ferromagnetism 679 684 762 Co, magnetic superlattices 462 Cochran, A.J. 36 41 60 68 Coefficient of non-specificity xx Cohen, E.G.D. 409 Cohen, M.L. 258 285 286 606 667 Cohen, M.L., GaAs calculations 658 Cohen, M.L., pseudopotentials 275 Coherence length see "Superconductivity coherence Coherent potential approximation 499—500 Coherent states 813 Cohesive energy 263—282 Cohesive energy, band structure calculations 280 Cohesive energy, hydrogen-bonded solids 280 Cohesive energy, table for noble gases 269 Collector 546 Collins, T.C. 607 Collision term 446 482—484 Colloidal suspensions 357 Color centers 623—633 Color centers, lasers 600 Color groups 36 Commutation relation 854 Compensation temperature 680 Complementary metal-oxide-silicon 549 Complex energy 574 579 Composite materials 300 Conductance see "Electrical conductivity" Conduction electron density, table for selected metals 147 Configuration coordinate 630 Conformal mapping 366—368 373 Conservation laws, inelastic light scattering 649 Conservation laws, optical absorption 590 Conservation laws, phonons 327 Conservation laws, photoemission 655 Contact potentials 522—523 Continuity equation 96 375 376 398 563 Continuity equation, derivation 444 Continuous random network 106 Conventional unit cell 20 Conventional unit cell, size of bcc 22 Conventional unit cell, size of fcc 21 Convolution theorem 120 CoO, insulator 659 CoO, magnetic structure 681 CoO, optical absorption 659 Cooper problem see "Superconductivity Cooper Cooper, L.N. 783 808 812 837 Coordination number 101 683 Copolymer 110 Coppersmith, S.N. 775 780 Corciovei, A. 705 Corenzwit, E. 781 Corn starch 379 Corpuscle 517 Correlation 212 274 662 683 Correlation functions 99 Correlation functions, liquids 101 Correlation functions, two-dimensional colloid 357 correlation length 697 Corrigan, D. 95 Costache, G. 705 Cottrell, A.H. 275 276 285 Coulomb blockade 555 556 Coulomb integral 207 Coulomb interaction 204 270 Cowley, R.A. 330 340 Cox, D.L. 837 Crabtree, G.W. 837 Cracknell, A.R. 36 41 170 184 436 440 Cracks 363—370 Cracks in strip 364 Cracks, as branch cuts 368 Cracks, lattice trapping 371 Craighead, H.G. 558 Creation operator 314 853 Creation operator, time evolution 316 Critical opalescence 692 Critical phenomena 691—702 Critical phenomena, critical isotherm 694 Critical phenomena, experimental scaling function 702 Critical phenomena, exponents 696—698 Critical phenomena, magnetic susceptibility 694 Critical phenomena, scaling theory 698—702 Critical phenomena, specific heat 694 Critical phenomena, spontaneous magnetization 693 Critical phenomena, table of exponents 698 Critical point 691 CRN see "Continuous random network" Cross, M.C. 780 Crystal habit, first law of 3 Crystal habit, second law of 3 40 Crystal momentum 156 327 590 Crystal structures of elements 19 Crystal structures, databases 36 Crystal systems 12 Crystal systems, cubic 30 Crystal systems, enumerated 28—32 Crystal systems, hexagonal 32 Crystal systems, monoclinic 32 Crystal systems, orthorhombic 32 Crystal systems, rhombohedral 32 Crystal systems, tetragonal 30 Crystal systems, triclinic 32 Crystal systems, trigonal 32 Cs, Bloch oscillations 417 Cs, magnetism 762 CsCl, structure 26 CsCl, table of similar compounds 26 Cu, anomalous skin effect 642 Cu, band structure 251 Cu, band structure energy 279 283 Cu, core binding energies 660 Cu, Fermi surface 435 Cu, Fermi surface orbits 430 Cu, magnetic superlattices 462 Cu, optical properties 251 Cubic close-packed 20 Cullis, A.B. 349 373 Cummins, H.Z. 698 705 CuO 490 CuO, base for superconductors 828 CuO, core-level data 663 CuO, core-level photoemission 659—664 CuO, Hubbard model 776 CuO, insulator 248 CuO, structure see "Lattices CuO" Curie temperature 679 Curie — Weiss temperature 679 680 Curie's law 714—715 Curie's law, experimental tests 715 Current operator 575 Curtiss, C.F. 286 408 Curtiss, L.A. 220 226 Cusack, N.E. 104 130 485 515 CuZn, superlattice ordering 690 Cyclotron frequency 584 719 Cyclotron resonance 527 583—588 602 623 Cyclotron resonance, data in germanium 587 Cyclotron resonance, sketch of setup 584 Czyzyk, M.T. 667 D, 139 d, 140 D, 564 d, atomic orbital 233 D, dihedral point group 33 d, interplanar spacing 71 d, nearest neighbor spacing 43 Daeweritz, L. 85 Dagotto, E. 837 dangling bonds 536 Datta, T. 839 Davey, S.C. 374 Davies, R.O. 837 Davis, E.A. 516 Davis, N.P. 77 85 Davis, S.H. 410 Davisson, J. 74 85 de Boer, J.H. 780 de Gennes, P.-G. 85 130 303 409 837 de Gennes, P.-G., liquid crystals 298 de Gennes, P.-G., polymers 379 de Gennes, P.-G., superconductivity 789 de Gennes, P.-G., wetting 73 De Haas — Van Alphen effect 432—436 722 De Haas, W.J. 433 763 780 de Lozanne, A.L. 85 794 Dean, P. 515 Deaver, B.S. 794 796 837 Debye frequency 321 Debye model 321 Debye temperature 322 339 DeBye temperature, table 323 Debye — Scherrer method 58 Debye — Waller factor 334 335 340 Debye, P. 318 321 340 Decay 574 576 Deflation rule 117 123 Degeneracy 187 Degeneracy, accidental 180 Degenerate electron gas 145 Delly, B. 668 Delrieu, J.M. 781 Delta function, Dirac and discrete related 140 Demircan, E. 400 409 Dendrites 94 95 Dense random packing 103 Density functional theory 212 214—222 657 659 761 Density of states 139—143 152 Density of states for free electrons 141 Density of states for phonons 319 Density of states for phonons in silicon 320 Density of states from Green's functions 494 Density of states in periodic potential 159 Density of states, 140 Density of states, 140 Density of states, arbitrary dimensions 152 Density of states, joint 588 Density of states, local 494 Density of states, one and two dimensions 142 depletion region 539 542 543 557 Depolarization factor 613 DePuydt, J.M. 607 Desai, P.D. 341 Desiraju, G. 285 Devanarayanan, S. 340 Deviatoric stress 387 Devreese, J.T. 635 Dexter, R.N. 587 606 607 Diamagnetism 672 677 786 diamond 252 Diamond, irreducible representations 178 Diamond, phonons 311 Diamond, residual ray 617 Diamond, scattering 53 Diamond, specific heat 317 318 Diamond, structure 24 Diamond, two-body potentials 282 Dielectric function 564 566—573 Dielectric function, causality 568 Dielectric function, data for CdS 616 Dielectric function, high frequency 615 Dielectric function, insulators 567 Dielectric function, Kosterlitz — Thouless 361 Dielectric function, Lindhard 578 Dielectric function, low frequency 615 Dielectric function, metal-insulator transitions 490 Dielectric function, metals 567 Dielectric function, sketch 568 Dielectric function, superconductivity 805 806 Dielectric function, table for ionic crystals 619 Dielectric function, table for semiconductors 527 Differential scattering cross section, neutrons 330 Diffusion equation 95 diffusion length 544 Diffusion-limited aggregation 84 Dimmock, J.O. 258 Diode 533—535 Diode, cathode ray 517 Diode, solar cell 595 Dipole interactions 265 Dipole moments, table for selected molecules 211 Dirac equation 243 709 Dirac, P.A.M. 204 226 331 340 750 780 Direct gap 526 Disbelief, suspension of 137 Dislocations 345—363 370 Dislocations, Burgers vector 347 Dislocations, climb 347 Dislocations, core 359 Dislocations, edge 346 347 Dislocations, energy in two dimensions 359 Dislocations, force to move 350 Dislocations, glide plane 347 Dislocations, imaged 349 Dislocations, interacting in two dimensions 359 Dislocations, screw 346 347 Dislocations, slip plane 347 Dislocations, spiral growth 349 Dislocations, surface growth 348 Disorder 492 729 Dispersion relations, 395 Dispersion relations, excitons 594 Dispersion relations, ferromagnetic spin waves 756 Dispersion relations, light 565 650 Dispersion relations, phonons excited by cracks 369
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