Verfügbarkeit: Superconductivity

Superconductivity:

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Bibliographische Detailangaben
Format:	Buch
Sprache:	English
Veröffentlicht:	Amsterdam [u.a.] Elsevier 2014
Ausgabe:	3. ed.
Schriftenreihe:	Elsevier insights
Schlagworte:	Superconductivity Supraleitung Lehrbuch
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	XXV, 827 S. Ill., graph. Darst.
ISBN:	9780124095090

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Datensatz im Suchindex

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adam_text	Contents Preface to the First Edition xix Preface to the Second Edition xxiii Preface to the Third Edition xxvii 1 Properties of the normal state 1 I Introduction 1 II Conducting electron transport 1 III Chemical potential and screening 5 IV Electrical conductivity 7 V Frequency-dependent electrical conductivity 8 VI Electron—phonon interaction 9 VII Resistivity 10 VIII Thermal conductivity 11 IX Fermi surface 12 X Energy gap and effective mass 15 XI Electronic specific heat 17 XII Phonon specific heat 18 XIII Electromagnetic fields 22 XIV Boundary conditions 23 XV Magnetic susceptibility 24 XVI Hall effect 27 Problems 30 Further Reading 31 References 31 2 Phenomenon of superconductivity 33 I Introduction 33 II Brief history 33 III Resistivity 37 A Resistivity above Tc 37 В Resistivity anisotropy 41 С Anisotropy determination 42 D Sheet resistance of films: resistance quantum 44 IV Zero resistance 47 A Resistivity drop at Tc 47 В Persistent currents below Tc 48 viii Contents V Transition temperature 50 VI Perfect diamagnetism 55 VII Magnetic fields inside a superconductor 56 VIII Shielding current 59 IX Hole in superconductor 61 X Perfect conductivity 66 XI Transport current 67 XII Critical field and current 71 XIII Temperature dependences 72 XIV Two-fluid model 75 XV Critical magnetic field slope 76 XVI Critical surface 77 Problems 82 References 83 3 Transport properties 87 I Introduction 87 II Inductive superconducting circuits 87 A Parallel inductances 87 В Inductors 89 С Alternating current impedance 90 III Current density equilibration 93 IV Critical current 95 A Anisotropy 95 В Magnetic field dependence 97 V Magnetoresistance 99 A Fields applied above Tc 99 В Fields applied below Tc 101 С Fluctuation conductivity 103 D Flux flow effects 104 VI Hall effect 108 A Hall effect above Tc 108 В Hall effect below Tc 110 VII Thermal conductivity 111 A Heat and entropy transport 112 В Thermal conductivity in the normal state 113 С Thermal conductivity below Tc 116 D Magnetic field effects 118 VIII Thermoelectric and thermomagnetic effects 118 A Thermal flux of vortices 120 В Seebeck effect 121 С Nernst effect 125 D Peltier effect 128 E Ettingshausen effect 129 F Righi -Leduc effect 131 Contents ix IX Photoconduclivity 132 X Transport entropy 136 Problems 137 References 138 4 Thermodynamic properties 143 I Introduction 143 II Specific heal above Tc 143 III Discontinuity at Tc 150 IV Specific heat below Tc 152 V Density of stales and Debye temperature 152 VI Thermodynamic variables 153 VII Thermodynamics of a normal conductor 155 VIII Thermodynamics of a superconductor 158 IX Superconductor in zero field 162 X Superconductor in a magnetic field 163 XI Normalized thermodynamic equations 170 XII Specific heat in a magnetic field 170 XIII Further discussion of the specific heat 175 XIV Order of the transition 178 XV Thermodynamic conventions 178 XVI Concluding remarks 179 Problems 180 References 181 5 Magnetic properties 183 I Introduction 183 II Susceptibility 183 III Magnetization and magnetic moment 184 IV Magnetization hysteresis 187 V ZFCandFC 188 VI Granular samples and porosity 192 VII Magnetization anisotropy 194 VIII Measurement techniques 195 IX Comparison of susceptibility and resistivity results 197 X Ellipsoids in magnetic fields 197 XI Demagnetization factors 199 XII Measured susceptibilities 200 XIII Sphere in a magnetic field 203 XIV Cylinder in a magnetic field 205 XV ac susceptibility 208 XVI Temperature-dependent magnetization 210 A Pauli-paramagnetism 211 В Paramagnetism 211 С Antiferromagnetism 213 Contents XVII Pauli limit and upper-critical field 215 XVIII Ideal Type II superconductor 219 XIX Magnets 220 Problems 221 References 222 Ginzburg—Landau phenomenological theory 225 I Introduction 225 II Order parameter 225 III Ginzburg—Landau equations 226 IV Zero-field case deep inside superconductor 229 V Zero-field case near superconductor boundary 231 VI Fluxoid quantization 234 VII Penetration depth 235 VIII Critical current density 239 IX London equations 242 X Exponential penetration .,· 243 XI Normalized Ginzburg—Landau equations 249 XII Type I and Type II superconductivity 251 XIII Upper critical field BC2 254 XIV Structure of a vortex 255 A Differential equations 255 В Solutions for short distances 256 С Solution for large distances 258 Problems 261 Further reading 262 References 263 Bardeen—Cooper—Schrieffer microscopic theory 265 I Introduction 265 II Cooper pairs 265 III The BCS order parameter 269 IV The BCS Hamiltonian 272 V The Bogoliubov transformation and the self-consistent . gap equation 273 A Solution of the gap equation near Tc 274 В Solution at Г=0 275 С Nodes of the order parameter 275 D Single band singlet pairing 275 E s- Wave pairing 276 F Zero-temperature gap 278 G ¿/-Wave order parameter 280 H Multiband singlet pairing 282 Contents xi VI Response of a superconductor to a magnetic field 285 VII Hubbard models 289 VIII Electron configurations 290 A Configurations and orbitais 290 В Tight-binding approximation 293 IX Hubbard model 297 A Wannier functions and electron operators 298 В One-state Hubbard model 299 С Electron-hole symmetry 300 D Half-filling and anti ferromagnetic correlations 302 E t-J model 303 F Resonant-valence bonds 304 G Spinons, holons, slave bosons, anyons, and semions 306 H Three-state Hubbard model 306 I Energy bands 307 J Metal—insulator transition 308 X Band structure of YBa2Cu3O7 310 A Energy bands and DOS 311 В Fermi surface: plane and chain bands 314 XI Fermi liquids 314 XII Fermi surface nesting 316 XIII CDWs, SDWs, and spin bags 317 XIV Mott insulator transition 318 Problems 319 Further Reading 320 References 320 8 Type I Superconductivity and the intermediate state 323 I Introduction 323 II Intermediate state 323 III Surface fields and intermediate-state configurations 324 IV Type I ellipsoid 328 V Susceptibility 330 VI Gibbs free energy for the intermediate state 331 VII Boundary-wall energy and domains 334 VIII Current-induced intermediate state 336 IX Recent developments in Type I superconductivity 342 A History and general remarks 342 В The intermediate state 346 С Magneto-optics with in-plane magnetization — a tool to study flux patterns 347 D AC response in the intermediate state of Type I superconductors 350 Problems 351 References 353 xii Contents 9 Type II superconductivity 355 I Introduction 355 II Interna! and critical fields 355 A Magnetic field penetration 355 В Ginzburg—Landau parameter 359 С Critical fields 361 III Vortices 364 A Magnetic fields 367 В High-kappa approximation 369 С Average interna) field and vortex separation 373 D Vortices near lower critical field 375 E Vortices near upper critical field 377 F Contour plots of field and current density 377 G Closed vortices 379 IV Vortex anisotropies 381 A Core region and current How 381 В Critical fields 383 С High-kappa approximation 385 D Pancake vortices 388 E Oblique alignment 389 V Individual vortex motion 389 A Vortex repulsion 390 В Pinning 394 С Equation of motion 395 D Onset of motion 396 E Magnus force 397 F Steady-state motion 398 G Intrinsic pinning 399 H Vortex entanglement 399 VI Flux motion 400 A Flux continuum 400 В Entry and exit 401 С 2D fluid 401 D Dimensionality 402 E Solid and glass phases 403 F Flux in motion 403 G Transport current in a magnetic field 404 H Dissipation 406 I Magnetic phase diagram 406 VII Fluctuations 408 A Thermal fluctuations 408 В Characteristic length 409 С Entanglement of flux lines 409 D Irre versibii ity line 409 E Kosterlitz—Thouless transition 412 Contents xiii Problems 413 References 414 10 Irreversible magnetic properties 425 I Introduction 425 II Critical states 425 III Current—field relationships 426 A Transport and shielding current 426 В Maxwell curl equation and pinning force 427 С Determination of current—field relationships 428 IV Critical-state models 429 A Requirements of a critical-state model 429 В Model characteristics 429 V Reversed critical states and hysteresis 430 A Reversing field 431 В Magnetization 433 С Hysteresis loops 435 D Magnetization current 437 VI Perfect Type I superconductor 439 VII Concluding remarks 442 References 442 11 Magnetic penetration depth 445 I Isotropie London electrodynamics 445 II Penetration depth in anisotropic samples 447 III Experimental methods 450 IV Absolute value of the penetration depth 451 V Penetration depth and the superconducting gap 454 A Semiclassical model for superfluid density 454 В Superconducting gap 457 С Mixed gaps 459 D Low temperatures 460 VI Effect of disorder and impurities on the penetration depth 462 A Nonmagnetic impurities 462 В Magnetic impurities 464 VII Surface ABS 465 VIII Nonlocal electrodynamics of nodal superconductors 468 IX Nonlinear Meissner effect 469 X AC penetration depth in the mixed state (small amplitude linear response) 472 XI The proximity effect and its identification by using AC penetration depth measurements 475 XII Eilenberger two-gap scheme: the 7-model 476 A Superfluid density 478 References 482 xiv Contents 12 Upper critical field with magnetic and non-magnetic scattering 485 I Introduction 485 II The ßc2 Problem 486 A T-^TC 489 В Strong pair breaking at Tt.~-0 490 С Numerical results 491 III Field-dependent spin -Пір scattering 492 IV The d-wave case 495 V Discussion 497 References 498 13 Energy gap and tunneling 501 I Introduction 501 II Phenomenon of tunneling 501 A Conduction-electron energies 501 В Types of tunneling 503 III Energy-level schemes 504 A Semiconductor representation 504 В Boson condensation representation 504 IV Tunneling processes 505 A Conditions for tunneling 505 В Normal metal tunneling 506 С Normal metal—superconductor tunneling 506 D Superconductor—superconductor tunneling 509 V Quantitative treatment of tunneling 511 A Distribution function 511 В Density of states 512 С Tunneling current 513 D N— I— N tunneling current 516 E N—I—S tunneling current 516 F S—I—S tunneling current .... 517 G Nonequilibrium quasiparticle tunneling, =, 522 H Tunneling in unconventional superconductors: 523 VI Tunneling measurements , 525 A Weak links 525 В Experimental arrangements for measuring tunneling 526 C N—I—S tunneling measurements 529 D S—I—S tunneling measurements 530 E Energy gap 531 F Proximity effect 532 G Even—odd electron effect 535 VII Josephson effect 536 A Cooper-pair tunneling 536 B de Josephson effect 537 Contents xv С ас Josephson effect 540 D Driven junctions 541 E Inverse ас Josephson effect 544 F Analogues of Josephson junctions 549 VIII Magnetic field and size effects 553 A Short Josephson junction 553 В Long Josephson junction 559 C Josephson penetration depth 561 D Two-junction loop 562 E Self-induced flux 564 F Junction loop of finite size 566 G Ultrasmall Josephson junction 568 H Arrays and models for granular superconductors 569 1 Superconducting quantum interference device 570 Problems 571 References 572 14 Spectroscopic properties 577 I Introduction 577 II Vibrational spectroscopy 578 A Vibrational transitions 578 В Normal modes 579 С Soft modes 581 D IR and Raman active modes 581 E Kramers— Kronig analysis 582 F IR spectra 584 G Light-beam polarization 587 H Raman spectra 589 I Energy gap 591 III Optical spectroscopy 595 IV Photoemission 600 A Measurement technique 600 В Energy levels 601 С Core- le vel spectra 602 D Valence band spectra 608 E Energy bands and density of states 611 V X-ray absorption edges 612 A X-ray absorption 612 В Electron-energy loss 614 VI Inelastic neutron scattering 615 VII Positron annihilation 620 VIII Magnetic resonance 624 A Nuclear magnetic resonance 624 В Quadrupole resonance 631 С Electron spin resonance 633 xvi Contents D Nonresonant microwave absorption 635 E Microwave energy gap 639 F Muon spin relaxation 639 G Mössbauer resonance 641 Problems 645 References 646 15 Classical Superconductors 651 I Introduction 651 II Elements 651 III Physical properties of superconducting elements 654 IV Compounds 659 V Alloys 661 VI Miedema s empirical rules 664 VII Compounds with the NaCl structure 666 VIII Type Al 5 compounds 668 IX Laves phases 671 X Chevrel phases 672 XI Chalcogenides and oxides 674 Problems 675 References 675 16 Cuprate High-iTc Superconductors 677 I Introduction 677 II Perovskites 678 A Cubic form 678 В Tetragonal form 680 C Orthorhombic form 681 D Planar representation 683 III Perovskite-type superconducting structures 684 IV Aligned YBa2Cu3O7 687 A Copper oxide planes 689 В Copper coordination 689 С Stacking rules 690 D Crystallographic phases 691 E Charge distribution 691 F YBaCuO formula 692 G YBa2Cu4O8 and Y2Ba4Cu7O,5 694 V Aligned HgBaCaCuO 695 VI Body centering , ..... 698 VII Body-centered La2CuO4, Nd2CuO4, and Sr2RuO¿ 700 A Unit cell of La2CuO4 compound (T phase) 701 В Layering scheme 701 С Charge distribution 702 D Superconducting structures 705 E Nd2CuO4 compound (T phase) 706 Contents xvii F La2~v-v/?rSrvCuO4 compounds (Τ phase) 707 G Sr2RuO4 compound (Τ phase) 708 VIII Body-centered BiSrCaCuO and TlBaCaCuO 709 A Layering scheme 709 В Nomenclature 709 C Bi—Sr compounds 710 D Tl-Ba compounds 712 E Modulated structures 713 F Aligned TI—Ba compounds 713 G Lead doping 713 IX Symmetries 714 X Layered structure of the cuprates 715 XI Infinite layer phases 718 XII Conclusion 720 Problems 721 Further reading 722 References 722 17 Noncuprate superconductors 727 I Introduction 727 II Heavy-electron systems 727 III Magnesium diboride 733 A Structure 733 В Physical properties 734 С Anisotropies 737 D Fermi surfaces 738 E Energy gaps 740 IV Borocarbides and boronitrides 741 A Crystal structure 742 В Correlations of superconducting properties with structure parameters 743 С Density of states 746 D Thermodynamic and electronic properties 748 E Magnetic interactions 751 F Magnetism of HoNi2B2C 754 V Perovskites 758 A Barium—potassium—bismuth cubic perovskite 759 В Magnesium—carbon—nickel cubic perovskite 759 С Barium—lead—bismuth lower symmetry perovskite 761 VI Charge-transfer organics 762 VII Buckminsterfullerenes 764 VIII Symmetry of the order parameter in unconventional superconductors 766 A Symmetry of the order parameter in cuprates 766 В Organic superconductors 769 κνιίί Contents С Influence of band structure on superconductivily 772 D Some other superconductors 775 IX Magnetic superconductors 778 Л Coexistence of superconductivity and magnetism 778 В Ant ¡ferromagnetic superconductors 780 С Magnetic cuprate superconductor (SmCeCuO) 780 References 782 18 London penetration depth in iron base superconductors 789 I Introduction 789 Л Measurements of the London penetration depth 790 II TDR measurements 790 Л Frequency-domain measurements 790 В Measurements of the absolute value of λ(7~) 792 С Oul-of-planc penetration depth 792 III London penetration depth and superconducting gap 793 A London penetration depth 795 В Isotropy on a general Fermi surface 796 С 2D</-wave 796 D Eilenberger two-gap scheme: the weak-coupling model 797 E Superfluid density 798 IV Effects of scattering 802 A Gapless limit 802 V Experimental results 803 A In-plane london penetration depth 806 В Absolute value of the penetration depth 810 C Anisotropy of London penetration depths 816 D Pair-breaking 820 Conclusion 823 Référencer 823
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title	Superconductivity
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title_full	Superconductivity Charles P. Poole ....
title_fullStr	Superconductivity Charles P. Poole ....
title_full_unstemmed	Superconductivity Charles P. Poole ....
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topic_facet	Superconductivity Supraleitung Lehrbuch
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