Physica B: Condensed Matter 1994: Vol 194-197 Index PDF
Preview Physica B: Condensed Matter 1994: Vol 194-197 Index
XXV Analytic subject index to Parts I, II and III’ 1222 phase 2273 Amorphous Ge subsrates 2347 2212-BSCCO crystals 1543 Amorphous Ge,_,Cr, and Si,_,Cr, 985 60-KYBCO 479 Amorphous ice 409 90-KYBCO 479 Amorphous InO, films 1323 90° rotating sample magnetic measurement 1525 Amorphous magnetic materials 259 Amorphous materials 407 a—y transition 331 Amorphous Mo-Ru_ 1953 a-/y-Ce 331 Amorphous SnCu_ 1731 a-axis 2155 Amorphous solids 401, 487 A-B interface 779, 799 Anderson impurity 1407 A-B phase transition 376 Anderson insulator 449 A-B transition 807, 811, 815, 825 Anderson lattice model 1169 A-phase 793 Anderson localization 1039, 1113, 1137, 1185, 1463 Absorption 635 Andreev reflection 109, 513, 787, 791, 793, 1031, AC heat flux 595 1107, 1245, 1637, 1699, 1759, 2073 AC Josephson effect 1687 Andreev scattered quasiparticles 1421 AC magnetic response 2063 Andreev scattering 1509 AC magnetization 1903 Andreev terms 1623 AC susceptibility 397, 1797, 1875 Andreev-like tunneling process 1061 Acoustic and dielectric properties 869 Angular momentum 577 Acoustic property 743 Anisotropic conductivity 1529 Acoustic surface waves 425 Anisotropic density of states 1221 Acoustic waves 421, 423 Anisotropic Fermi surface 1717 Activationless-hopping regime 1115 Anisotropic lower critical fields 1547 Adiabatic approximation 1005 Anisotropic metals 1363 Adiabatic expansion of *He in “He 51 Anisotropic superconductors 1405, 1593 Adsorbed *He 1 Anisotropy 1435, 1545, 1837, 2103, 2141, 2199 Adsorption 675, 965, 969 Anomalous angular magnetoresistance 1997 Aerogel 663 Anomalous magnetoresistance 1209 Ag doping 1949 Anomalous normal state 2177 Ag-clad Bi-based superconducting tapes 1577, 2213 Anopore membranes 637 Ag-sheathed Bi2223 tapes 2191 Anti-Meissner effect 1549 Ag/Bi(2223) superconducting tapes 77 Antidot structure 144 Ag/BiPbSrCaCuO tapes 1829 Antiferromagnetic 459 Aging effect 2295 Antiferromagnetic Kondo lattice 363 Aharonov—Bohm effect 1051, 144 Antiferromagnetic nuclear ordering 241 Al thin films 2343 Antiferromagnetic ordering 2173, 2175 AlCuFe 399 Antiferromagnetic spin ordering 291 AlGaAs-—GaAs heterostructures 1131 Antiferromagnetic states 231 Alkali metals 661 Antiferromagnetism 171, 1541, 158 Alkaline earth metals 2355 Antiferromagnets 175, 311, 313, 2179 A’ltshuler—Ahronov-Spivak effect 144 Anyon superconductor 1469 Aluminum 1177, 1319 Anyons 1285 Amorphous alloys 1141 Apical oxygen 2091 Arrays of superconducting junctions 1695 Artificial arrays 1725 : Page numbers in bold type refer to Part III. XXVi Analytic subject index to Parts I, II and III As,S, glass 395 Bicrystal grain boundary junctions 1687 Astatic magnet 143 Big bang 711 Atomic hydrogen 13, 15, 17, 901, 905, 915, 417 Bilayer 1 359 Attenuated total reflection 2333 Bilayer electrodes 1675 Au 1119 Binding energy 629 Au films 1219 BiPbSrCaCuO 2207 Au-Ge thin films 2345 BiPbSrPrCuO = 2215 AuFe 309 Bipolarons in 2D lattices 445 AuFe spin glass 309 Bitter pattern technique 1841 AuFe wires 1053 BI-2223 clamped thick film 1925 AulIn, 301, 333, 339 Black P_ 1185 Au,Sn,_, films 425 Black-body radiator 789, 791 Axiplanar 769 Bloch osci llations 1713 Bloch—Gruneisen theory 1507 Bloch/SET oscillations 1333 Ba,_,K,BiO, single crystals 1481 Bogoliubov—de Gennes equation 1641 Ba,Cu,O0,Cl, 2275 Bolometers 11, 27, 455 Back gate 1129 Bolometric photoresponse 2301 BaFe,,0,, 189 Boron nitride 633 BaKBiO, 1747, 1973 Bose condensate 543 Baked Alaska model 807 Bose condensation 17, 893, 1409 Ballistic microcavities 1029 Bose glass 1915 Ballistic microstructures 1295 Bose-Einstein condensation 907, 913 Ballistic quasiparticles 390 Bose-Einstein transition 13 Band Jahn-Teller effect 1579 Bosons in a random potential 1391 Barrier material 1345 Bound states 1679 BCC *He 923 Bound states of holes 1379 BCC-HCP transformation 937 Boundary conditions 783, 821 BCS superconductivity 1463 Boundary layer 587 BCS theory 1383 BPSCCO 2217 Beam cooling 539 BPSCCO(2223)/Ag 2283 Beam of excitations 791 Braid statistics 1285 Bean critical state 1815 Brain rese arch 54 Bean-—Livingston barriers 1907 Break-junctions 1767 (BEDT-TTF),KHg(SCN), 383 Breakdown 1133 Berry’s phase 1453 Bridge junctions 1677 Bethe Ansatz 1417 Broken gauge symmetry 543 Bi 413, 435, 1191 BSCC single phase 2315 Bi crystal 1199 BSCCNiO single crystals 2203 Bi,Sr,_,La,CuO,,, 1835 BSCCO 1515, 1609, 1633, 1689, 1707, 1733, 1941, Bi,Sr,CaCu,O, 1497, 1507, 1555, 1887, 1903 1943, 2075, 2151, 2185, 2189, 2197, 2199, 2201, Bi,Sr,CaCu,O, 1767 2209, 2211, 2225, 2235, 2239, 596 Bi,Sr,(Ca,RE)Cu,O, 467 BSCCO crystals 1921 Bi,Sr,YCu,O, 479, 1507 BSCCO films 1643, 2193, 2307, 2335 Bi-2212 2229, 2231 BSCCO single crystals 1521, 1529, 1603, 2219, 2227, Bi-2212 single crystals 1545, 1905 2233 Bi-2212 thin films 1269 BSCCO thin films 2415 Bi-2223 2195 BSCCO whiskers 1483 Bi-2223 superconductors 1839, 2205 BSCCO(2212) 479 Bi-based high-T. cuprates 1949 Bubble growth 799 Bi-crystal based grain boundaries 2187 Bubbles in cryogenic fluids 165 Bi-oxide superconductors 1919 Bulk pinning 1917 Analytic subject index to Parts I, II and III XXVII c-axis aligned 2225 Cluster variation method 481 C,,.Rb, 2067 Clusters 731, 895 Coo 651, 619, 544 Clusters of “He 523 C,o/C,z)>-compounds 415 Coating effect, *He 821 Calorimeter, X-ray 127 Cobalt-57 177 Canonical ensemble 23 Coherence effects 1181, 1607, 1647 CaO lift-off technique 1665 Coherence length 1953, 2185, 540 Capacitance bridge 1007 Coherent phenomena 95 Capillary condensation of *He 691 Coils 2213 Capillary rise 581 Collective excitations 393 Cavitation 575 Collective insulating state 1289 Cavity 1683 Collective mode spectrum 835 CaVO, 1067 Collective modes 1477 CaVO,_, 235, 1161, 1205 Collective pinning 1373, 1817 CDW 1243 Columnar defects 1825, 1903, 2231 CDW/SDW systems 403 Commensurate noise 1627 Ce,Al,, 197 Compensated silicon bolometers 1183 CeAl, 183 Compensation effect 1957 CeAl, 195, 273, 1181 Composite bosons 1393 CeB, 357 Composite materials 475 CeCu,Ge, 459, 2019 Computation 324 CeCu, 207 Condensate 535, 189 CeNi,Al, 373 Condensate fraction 531, 533 CeO, buffer layer 2285 Condensate fraction in superfluid “He 175 CePdGa_ 169 Condensation 513 CePtSn 1179 Conductance fluctuations 999, 1003, 1623 Ceramic copper-oxide superconductors 973 Conductance noise 1635 Ceramic HTSCs_ 1933 Conductance peaks 2119 Ceramic superconductors 2013 Conductance resonances 1639 CeRhSb_ 1179 Conductance statistics 1143 CeRu, 2089 Conductivity fluctuations 1799 Cesium atoms 893 Conductivity of disordered metals 1099 Chain of trapped Abrikosov vortices 1697 Confined geometries 163, 811 Chaos 139 Confined helium 613, 615 Chaotic transport 1013 Connecting conditions 799 Characteristic times 1823 Contact-lead measurements 1515 Charcoal pumped insertable cryostat 39 Continuous-wave NMR _ 159 Charge density wave depinning 1627 Convection 841 Charge density waves 1221, 1241, 1329 Converging second sound waves 369 Charge effects 1141 Cooperative transitions 239 Charge imbalance 1035 Coplanar strip resonator 1591 Charge Kosterlitz—Thouless transition 1125 Copper 241 Charge solitons 993 Copper joints 1211 Charge transfer 1339 Copper nuclear demagnetization refrigerator 53 Charge transfer salts 1995 Copper oxide 2273 Charged particle detector 5 Copper oxide chain 1455 Charging effects 987, 1011, 1057, 1251, 1267, 1273, Copper oxide superconductors 1449, 1541 1337, 1349 Correlated and point defects 579 Charging energy 1025 Correlated electron models 1195 Chemical control of superconductivity 2105 Correlated electrons 1073 Classical analogs 231 Correlated fermions 410 Cluster calculation 1565 Correlated hopping 1417 XXVili Analytic subject index to Parts I, II and III Correlation and disorder 124 Cu spin fluctuations 601 Correlation effects 1113, 1225 Cu-epoxide resin 475 Correlation field 1139 Cubic K,;R[Ni(NO,),], 283 Correlation function decay 445 CuGeO, 269 Couette flow 567 CuO superconducting powders 1361 Coulomb anomaly 1117 CuO, basal plane 1945 Coulomb blockade 27, 979, 1011, 1023, 1041, 1045, Cuprate superconductors 1585, 1831 1049, 1111, 1245, 1255, 1273, 1783 Cuprate systems 203 Coulomb interaction 1047, 636 Cuprates 2249 Coulomb islands 1339 Cuprite thin film 2355 Coulomb oscillations 979, 1267 Curie—Weiss law 397 Coulomb staircase 997, 1011 Current flow perpendicular to the layer planes (CPP- Counterflow 559, 589, 761 MR) 327 Coupling constant 1437 Current gain 85 Coupling of electrons 1537 Current instability 1275 Creep 1795 Current response 1363 Critical coverage 623 Current standard 1041 Critical current 1133, 1429, 1621, 1781, 1855, 1893, Current vortex patterns 1425 1909, 1929, 1929, 2013, 2151, 2213, 2389, 2391, 2393 Current—voltage characteristics 1473, 1609, 1889 Critical current anisotropy 2269 Cyrogenic particle research 39 Critical current density 1357, 1825, 1835, 1919, 1933, 2139, 2193, 2235, 2373 d.2_,2 symmetry 1531 Critical current fluctuations 89 d,2_,2 Superconductors 1517 Critical dynamics 483 dR/dT 295, 1511 Critical exponents 1671 D, 945 Critical fields 2405 D-pairing 1479 Critical phenomena 215 D-wave (off-site) pairing 1411 Critical properties 1369 D-wave superconductivity 1435 Critical state 1833, 2151 D-wave superconductors 1459, 1595 Critical state model 1875, 2093 Disorder 1795 Critical temperatures 965 Dissipation 471 Critical velocity 601, 725 Dark matter detection 161 Cross relaxation 343 Dark matter detector 9, 103 Crossing-symmetric approximation 1413 DC SQUID 839, 101, 121, 151 Cryogenic anemometer 697 DCNQI-Cu_ 1257 Cryogenic cycle 55 Dead layer 619 Cryogenic detectors 1, 71, 103 Decay of metastable states 397 Cryogenic hydrogen maser 915 Decay of spin-polarized atomic hydrogen 909 Cryogenic tests 103 Density equilibrium 881 Cryogenics 1007, 28 Density fluctuations 206 Cryopumps 55 Density of states 1169, 1299, 1435, 1437, 2349, 2417, Cryostat, 1 K 57 985 Crystal growth 411 Depinning temperature 1863 Crystal structure 145, 311, 2211 Destruction of superconductivity 2171 Crystal—melt interface 971 Detector 27 Crystal-field excitation 205 Deuterium hydride 665 Crystalline electric fields 179 dHVvA effect 1171, 1173, 1175, 1801, 2007 Crystalline ice 409 Diamagnetism 1949, 2145 Crystallization waves, *He 935 Diamond 281 Crystallographic study 367 Diaphragm driven flow 763 Cu 337 Diaphragm magnetometer 63 Cu(7 at% Mn) spin glass 305 Dielectic properties 407 Analytic subject index to Parts I, II and III XXIX Dielectric constant 1079 Dynamic behavior 75, 381 Dielectric glasses 393 Dynamic structure 503, 859 Dielectric measurements 1063 Dynamic structure factor 507 Differential resistance 1757 Dynamical response 1233 Diffuse scattering of excitations 787 Dynamics 1815, 1823 Diffusion at low temperatures 901 Dynamics of holes 1457 Diffusion type high-T, 107 Dzyaloshinski—Moriya interaction 279 Diffusion welds 857 Digital communications 59 Earth orbit 84 Dilute 2D electron systems 1289 Eddy viscosity 563 Dilute *He—*He solutions 837, 855 Edge junctions 99 Dilute PtFe alloys 177 Edge magnetoplasma resonances 1311 Dilute solutions of *He in superfluid “He 871 Edge magnetoplasmons 419, 729, 1277, 1281 Dilute solutions of “He in “He 873 Effect of impurity 269 Dilute Tc and Nb in iron 359 Effective electron mass 1321 Dilute vortex lines 1921 Effective mass 739 Diluted magnetic semiconductors 995, 1305 Effective mass model 1545 Diluted magnetic systems 33 Effective medium theory 1607 Diluted van Vleck paramagnets Pr,_,Y,Ni, 299 Elastic constant 2167 Dilution refrigerators 55, 48 Elastic neutron scattering 371 Dimensional crossover 1367, 1485, 1545, 2391 Elastic properties 429, 1303 Dimensionality 540 Electric conductivity 1843 Dimensionality effect 1911 Electric field effects 83, 1353, 2083, 2297, 2399 Dipolar magnetism 281 Electric field gradient 461 Dipole in a hole 1489 Electric hard gap 1323 Disorder 1219, 1395, 1463, 1695, 1795, 522 Electrical behavior 1483, 2201 Disordered films 1117, 1127 Electrical conductance 1211, 1637, 1641 Disordered flat phase 449 Electrical conductivity 405, 1183 Disordered Hubbard model 1069 Electrical measurements 361 Disordered media 1039 Electrical noise 1213 Dissipation of the A-B transition 831 Electrical properties 2203 Dissipation 471, 663 Electrical resistivity 229, 1095, 1207, 1347, 2299 Dissipation and decoherence 133 Electrical transport 1155 Dissipative environment 1233 Electromagnetic response 1595 Dissipative phase transition 1005 Electron attachment 426 Dissipative quantum tunneling 981 Electron beam irradiation 119 Distribution 1929 Electron bubbles 347 Distribution function 1285 Electron gas 1055 dl-camphene 369 Electron irradiation effects 1881 Domain wall 253 Electron layer trapped at a liquid helium—vacuum Domain wall quantum coherence 265 interface 1223 Doped antiferromagnet 1445 Electron localization 151 Doped antiferromagnetic state 1449 Electron overheating 1121 Doped BSCCO 1513 Electron pairing 1439, 500 Doped fullerenes 2065, 544 Electron pump 1045, 1255 Doped high-7, materials 1539 Electron solid 1287, 1289 Doped YBCO films 1915 Electron spectrum 1965 Doping effect 2049, 2221 Electron states 271 Doppler shift 565 Electron systems 471 Double transitions 1939 Electron temperature 167 Double tunnel junctions 1769 Electron transport 1047 DyBa,Cu,O0O,_, 179 Electron tunneling 985 XXX Analytic subject index to Parts I, II and III Electron—electron interactions 985, 1093, 1095, 1097, Exotic superconductors 472 1109, 1207 Exploration geophysics 61 Electron-electron scattering rates 1177, 442 Extended Hubbard 1569 Electron—-hole doping 1077 Extreme quantum limit 1231 Electron—phonon interactions 209, 261, 1159, 1355, Extreme type II superconductors 1789 1567, 1601 Electron—phonon scattering 1507 F-electron magnetism 275 Electron—phonon scattering rates 1177 Far infrared 624 Electron—phonon scattering time 1121 Faraday effect 823 Electron-doped copper oxides 2279 Fast adiabatic expansion 711 Electron-doped superconductor 1493 Fermi edge singularity 1283 Electron-tunneling systems interaction 417 Fermi liquid 875, 457 Electronic charge 1007 Fermi surface 1307, 1371, 2007 Electronic excitations 555 Fermiology 632 Electronic localization 1149 Fermion—fermion scattering 1519 Electronic Raman scattering 466 Ferro-/antiferroelectricity 2111 Electronic states 1215 Ferromagnet—heavy fermion interfaces 1343 Electronic structures 1569, 1575, 2263 Ferromagnetic metal 253 Electrons 273, 1229 Ferromagnetic ordering 283, 291 Electrons on helium 1277, 1311 Ferromagnetism 215, 217 Electrons on liquid helium 1231, 1281, 347 Field cooled magnetization 303, 1857 Elementary excitations 859, 206 Field cooling effect 2089 Elementary particles 39 Field induced spin density wave 383 Energy dispersive X-ray analysis 1979 Field induced superconductivity 2089 Energy dissipation 596 Filament 2041 Energy gap 609 Films 278 EPR 1437 Fine particles 1119 Equilibration times 477 Finite size effects 309 Equilibrium magnetization 1809 Finite size scaling 611 Equilibrium method 361 Finite size scaling analysis 1491 Equivalence principle 149 Finite size scaling approach 1491 Er—Pb system 1987 Finite skin depth 321 Er,Fe,Si, 1975 Fiske modes 1771 ErBa,Cu,O0O,_, 179 Fiske resonance 1705 Erbium 295 Fiske steps 81, 1771 ESR 251 Fixed points 33 ESR spectra 2097 Flat superconductors 1803, 1927 Ettingshausen effect 1853 Flow dissipation 583 (EuGd),CeCuO, 2255 Fluctuation effects 1557 EuvO, 211 Fluctuation exchange approximation 1169 Evaporative cooling 13, 15, 897 Fluctuations 1359, 1497, 1497, 1501, 1503, 1653, Even harmonic parametric amplifier 91 1995, 2037, 2291, 2315, 2317, 530 Even—odd free energy difference 1061 Flux coupling 131 Exact-diagonalization calculations 1399 Flux creep 1483, 1633, 1839, 1847, 1859, 1917, 1919, Excess electrons 951 1923, 1929, 2237, 2391, 2393 Excess Hall effect 1643 Flux creep rate 2219 Exchange 675 Flux dynamics 1831, 1861, 1867 Excitations 511 Flux entry onset 1599 Excitations in superfluid “He 189 Flux flow 1739, 1823, 1929, 2257, 2305 Exciton model 1297 Flux flow Josephson oscillator 137 Exciton—magnon light absorption 191 Flux flow oscillators 81 Excitonic metal 1397 Flux flow step 81 Analytic subject index to Parts I, II and III XXXi Flux lattice 1901 Giant Shapiro steps 1723 Flux lattice melting 1555 Ginzburg criterion 1491 Flux line activation energy 2359 Ginzburg-Landau 1359 Flux line dynamics 1895 Ginzburg—Landau equation 1467, 1751 Flux line lattice 1447, 1841 Ginzburg-Landau parameter 1501 Flux line lattice melting 1851, 2223 Ginzburg-Landau theory 1387 Flux motion 1859, 1921, 2375 Glass thermometer 753 Flux noise 1619 Glass-like acoustic properties 417 Flux penetration 1597, 1907 Glasses 485, 649 Flux pinning 1525, 1581, 1797, 1825, 1829, 1837, Glassy state 1695 1847, 1887, 1891, 1905, 1919, 1923, 2093, 2103, 2195 Global gauge symmetry 1389 Flux propagation 1823 Gold 349 Flux trapping 113, 2141 Gold filter heater 551 Fluxons 1711, 1729, 1765 Gorkov decoupling 1193, 1369 Folded pure Al foils 1209 Grafoil 683 Fourth second 565 Grain boundary junctions 135, 1665 Fractal dimension 1725 Granular 2281 Fractal structure 1085 Granular films 1125, 1349 Fractional quantum Hall effect 1285 Granular Pb thin films 2337 Fractional trapped circulation 493 Granular Pd,C,_, films 1101 Fracton-electron systems 1439 Granular superconductivity 1865 Free energy barriers 305 Granular superconductors 1551, 1781 Free surface 513, 727, 757 Granularity 2133, 2367 Frequency, 10°-10° Hz 1511 Graphite 621, 627, 635, 665, 681, 965, 269 Frohlich conduction mechanism 287 Gravitation 28 Frustrated Josephson junction arrays 1671 Gravitational waves 28 Frustration 989, 1505, 1627, 1695, 158 Gross—Pitaevskii equation 543 Frustration effects 1659 Ground state 923, 1999 Fullerene 641, 879 Ground state properties 101 Fullerene molecules 64 Ground state selection 237 Fulleride superconductors 2063 Growth 655 Growth kinetics 883 GaAs FET preamplifier 159 Gu/tc superconductivity 609 GaAs—-AlGaAs 421, 423, 514 Guard ring 113 GaAs—AlIGaAs heterojunctions 1239 GaAs—AlIGaAs heterostructures 5, 1129 H—“*He scattering 887 Galvanomagnetic effects 1275 H, 619 Gamma-ray detection 9 Haldane conjecture 181 Gap anisotropy 1735 Haldane gap 311, 313, 1259, 1261 Garnet single crystal 35 Haldane spin state 173 Gauge glass 1865 Hall angle 1317 Gauge-invariant response 1531 Hall coefficient 1159, 1317, 1521, 1953 Gd, ,;_,Pr,Ce, ,,CuO, 1527 Hall conductivity 487, 2319 GdBa,Cu,O, system 2097 Hall effect 1181, 1365, 1571, 2109, 2161, 2257, 2317 Gd-ordering 203 Hall mobility 1519, 2047 GeAu 11 Hard-core boson model 1395 General superconductivity 1111 Harmonic oscillation 1489 Geomagnetic resonances 2233 He, 1799, 1805 Germanium crystal 1201 HD 957, 977 Giant 327 He II 541, 561, 589 Giant magnetoresistance 327 He II flows 587 Giant scattering cross sections 885 He II inertia effects 559 XXXIl Analytic subject index to Parts I, II and III Heat capacity 293, 623, 1259, 1261, 239 High current density 2101 Heat conductivity 1601 High dimensions 1071 Heat current 597, 215 High dissipation superflow 579 Heat propagation 485 High energy particles 219 Heat pulse calorimetry 21 High energy phonons 549 Heat transfer 973 High frequency devices 117 Heat transport 603 High magnetic fields 607, 741, 753, 1383, 1497, 1747, Heat treatment 457 1871 Heavy electrons 195, 197, 1561 High mobility 2D electron systems in Si 1241 Heavy fermions 255, 459, 1171, 1971, 2015, 2017, High pressure calorimetry 183 2019, 2023, 2029, 2035 High pressures 1709, 1959, 2183 Heavy fermion compounds 1181 High resolution thermometers 23, 25 Heavy fermion states 1343 High T, 433, 1443 Heavy fermion superconductors 245, 1369, 2025, High 7, with substitution 1905 2031, 2073, 551 High-7. cuprates 1317, 1371, 2153, 2243 Heavy ion irradiation 1903 High-7. links 1703 Hectorites 573 High-7, materials 1581 Heisenberg antiferromagnets 237 High-T. oxide superconductors 105 Helium 635, 641, 651 High-7, oxides 1399, 1579, 1601, 2307 Helium adatoms 685 High-7T. superconductivity 121, 1359, 1433, 1461, Helium clusters 555 1841, 1955 Helium film—vapor system 669 High-T. superconductors 377, 1395, 1411, 1415, Helium films 639, 677, 975, 260 1441, 1451, 1459, 1465, 1485, 1503, 1513, 1547, Helium microdroplets 426 1557, 1575, 1633, 1657, 1669, 1787, 1821, 1827, Helium monolayers 657 1849, 1857, 1873, 1875, 1911, 1923 Helium, “He 206 High-pressure studies 1481 Helium, *He films 627, 675, 683 High-Q resonance tank circuit 159 Helium, *He in solid “He 947 Highly conductive polyacetylene 1327 Helium, *He melting curves 19, 741 Ho-123 2271 Helium, *He spin diffusion 631 Ho,Cu,0, 277 Helium, *He-“He mixture films 853, 857, 863, 877 Hole concentration 2165 Helium, *He—*He mixtures 45, 147, 483, 565, 605, Hole pairing 2177 677, 839, 847, 849, 859, 867, 875, 891, 206, 249, 406 Hole superconductivity 1417 Helium, “He 525, 571, 324 Homogeneous turbulence 297 Helium, *He film rates 645 Hopping conduction 1113, 1323 Helium, “He films 17, 617, 625, 649, 671, 673 Hopping conductivity 1349 Helium, *He meniscus levels 581 Hopping transport 1101 Helium, “He thin films 621, 623, 629, 631, 269 Hot electrons 109 Helium-3 629, 633, 689, 759, 881, 911, 1137 HTSC 1437, 1445, 1477, 1479, 1819, 1963, 1977, Helium-3 A 769, 781 2049, 2055, 2061, 2069, 2071, 2085, 2111, 2121, Helium-3 B_ 751, 763, 783, 785, 803 2167, 2173, 2175, 2177, 2197, 2199, 2207, 2209, Helium-3 crystals 961 2217, 2221, 2225, 2229, 2237, 2241, 2269, 2275, Helium-3 impurities 591, 861 2277, 2281, 2317, 2339, 2353, 2389, 570, 588, 601 Helium-4 517, 597, 885, 967, 971, 239 HTSC electron spectrum 1381 Helium-4 crystals 919, 959 HTSC films 2037, 2327 Helium-4 impurities 935 HTSC tapes 2075 Helium-4 in vycor 569, 691 HTSC thin films 2043 Helmholtz resonator 663 HTSC ultra thin films 2321 Heterojunction 421, 423 Hubbard model 215, 271, 1071, 1073, 1113, 1313, Heterostructures 1305, 1855, 481 1965 Hexagonal CePtSb 365 Hybride superconductor 1553 Hg—Cu multinary oxides 570 Hybridization gap 1179 Analytic subject index to Parts I, II and III XXXxiil Hydrodynamic simulation 913 Ionic size 2051 Hydrodynamics 290 Ions 727, 729 Hydrogen 437, 895 Irradiation effects 1909 Hydrogen films 679 Irregularity 105 Hydrogen monolayers 635 Irreversibility lines 1797, 1825, 2139 Hydrogenization 1941 Ising antiferromagnet 1563 Hyperfine field 2181 Ising model 257, 2295 Hysteresis 2101 Ising spin glass systems 307 Isochoric pressure 605 I-V curves 1401, 1911 Isotherms 879 Imaging 147 Isotope effect 1433, 1789 Impedance 317 Isotopic impurities 955 Impurities 731, 1955 Isotopic mixtures 963 Impurity scattering 1957 Itinerant 175 Impurity sites in semiconductors 1201 Itinerant electron ferromagnetism 261 Incommensurate phases 451 Itinerant ferromagnetism 329 Incompressible quantum states 1737 Incremental charge 500 Jahn-Teller distortion 1077 Indium 461 JC pressing 1931 Indium-115 339 Josephson coupling 1359, 1389, 1657, 2045 Inelastic neutron scattering 371, 505 Josephson currents 1715, 1771, 506 Inertial effective mass, “He 863 Josephson effect 69, 71, 1719, 1745, 1753, 1773, 1969 Infinite dimensions 451 Josephson energy 1025 Infrared absorption 2259 Josephson flux 1849 Infrared absorption spectroscopy 895 Josephson fluxon oscillators 1683 Infrared absorption spectrum 951 Josephson junction arrays 115, 123, 139, 1001, 1059, Infrared active phonons 433 1153, 1475, 1551, 1723, 1777 Infrared microscope 1979 Josephson junction character 2239 Infrared radiation 2301 Josephson junction lattices 1403 Infrared reflectance 1535 Josephson junctions 105, 111, 119, 989, 993, 1005, Infrared reflection 1205 1049, 1473, 1621, 1631, 1651, 1681, 1705, 1713, Infrared reflection spectra 189 1729, 1739, 1749, 1763, 1765, 1779, 1849 Inhomogeneous fields 1145 Josephson magnetometry 91 Inhomogeneous *He 527 Josephson oscillators 1711 Instrumentation 48 Josephson soliton oscillators 1591 Integrated DC SQUID magnetometers 379 Josephson tunnel junctions 1701 Integrated mm-wave receivers 79 Josephson vortices 1697, 1895 Integrated SQUID 131 Josephson weak links 1703 Inter-grain Josephson junctions 107 Junction arrays 1677 Interacting electrons 489 Junctions 87 Interacting spinless fermions 451 Interaction, *He—-*He 875 KCl, Li*-doped 1063 Intercalation 641, 2211 Knight shift 333, 357 Interface roughness 2373 Kondo effect 169, 465, 983 Intergranular activation energies 2129 Kondo insulators 255 Intergranular properties 1949 Kondo lattice 255, 1171 Intermetallic compounds 1089 Kondo proximity effect 983 Intermittency 695, 697 Kondo resistivity 1053 Intermodulated detection susceptometry 243 Kondo-like behavior 1155, 1967 Internal pressure 2061 Korringa relation 337 Ion motion 747 Kosterlitz—Thouless regime 83 Ionic coulomb crystals 360 Kosterlitz—Thouless scaling 2379 XXXiV Analytic subject index to Parts I, II and III Kosterlitz—Thouless transition 643, 909, 1365, 1395, Liquid helium 557, 593, 905, 1279, 335, 340, 426 1691, 2371 Liquid helium surface 437, 899, 1229 Kosterlitz—Thouless—Berezinskii transition 1123 Liquid hydrogen 969 Krypton 449 Liquid nitrogen 973 Liquid—vapor critical point 881 La,_,Pr,Ba,Cu,O, 1937 Little—Parks oscillations 1647 La,_,Sr,TiO, 463 Local magnetization 151 La, gsSTo ,;;CuO, single crystal 1881 Localization 1089, 1119, 1135, 1327, 2115, 2345 Localization length 1103 La, 75-,SrNp ;d,;,CuO , 469 Localization of electrons 1127 La, g75(Ba,Sr), ,,;CuO, 353 La,_.M,CuO, 351 Localization threshold 1085 La,_,Sr,CuO, 1519, 1555 Localized magnetic moments 1081 La-—Sr—Cu-O system 2287 Localized states 1249 La-based compounds 1523 Lock-in transition 2401 LaBaCuO, 2051 Logarithmic 1869 LaCuO, 1565 London model 1501 Lambda point 593, 611, 613, 615, 239 London penetration depth 1589 Lambda transition 571, 597, 601, 603, 705, 711, 733, Long Josephson junctions 31, 67, 137 735, 84, 215 Long junctions 71 Landau levels 1273, 1293 Long stacked tunnel junctions 1711 Landau parameter 801 Long-lived antiprotonic atoms 557 LaNdBaCuO, 2053 Lorentz force 1879 LaNdSrCuO, 1945 Lorentz number 1507 Langmuir—Blodgett multilayer film 473 Low dimensional systems 1243 LAPW band structure 1451 Low dimensionality 1259, 1261 LaRhSb 2071 Low earth orbit 25 Laser ablated films 2357 Low energy excitations 1391 Laser ablation 99, 1673 Low energy Raman cross section 1487 (La,Sr)CuFeO 2171 Low gravity simulator 593 (La,Sr),CuO, 1863 Low temperature conductors 1827 LaSrCuO, 2069, 2163, 2167, 2173 Low temperature creep 1471 Lateral surface superlattice 144 Low temperature detectors 39 LaTmRu,Si, 2009 Low temperature electronics 155 Lattice 1089 Low temperature STM 389, 997 Lattice dynamical potential 2091 Low temperature viscosity, “He 773 Lattice dynamics 923 Low temperatures 84 Lattice softening 1579 Lower critical field 1561, 2327, 2387 (La,Y)NiO, 447 LSCO 1371, 1977 Layered conductors 1275 Luttinger liquid 1283, 457 Layered cuprates 1427 Layered structure 1457, 1809, 2263 Macroscopic quantum coherence 323, 325 Layered structure compound 1981 Macroscopic quantum phenomena _ 1645 Layered superconductors 479, 1367, 1891, 2005, Macroscopic quantum tunneling 31, 253, 979, 1009 2401, 2407, 2417 Magnetic anisotropy 275 LCeCuO, single crystals 2253 Magnetic behavior 213, 1559, 2363, 2369 Leggett—Rice effect 921 Magnetic compression 441 Lifetime 1229 Magnetic cooling 35 Lifshitz correlation 1115 Magnetic correlations 315 Lindemann ratio 2223 Magnetic coupling 1373 Liquid “He 355, 743, 406, 410 Magnetic detector 219 Liquid *He—*He mixtures 865, 883 Magnetic dilution 299 Liquid *He 509, 521, 547, 549, 551, 84, 198 Magnetic dissipation mechanism 243
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