Table Of Content

Subject index to volume 108 Actinides 40, 115 - RKKY 119 Magnetization 45, 47 Amorphous systems Magnetoresistance 143, 155 — alloys 161 Far infrared spectroscopy 79 Magnetostriction 56,59 Anderson impurity model 196 Fermi-liquid behavior 209 Metamagnetic transition 47, 125 Anderson lattice 127 Fermi surface 19, 145, 153 Metamagnetism 59, 117, 135, 181, 193 Anderson model 129, 179, 215 Fermi velocities 133 Mossbauer spectroscopy 141 Anisotropy 167 Ferromagnetism 141 Muon spin resonance 1 Antiferromagnetism 15, 63, 67, 93, 125, Muon spin rotation 23, 97 175, 193, 211 G-factor 123 - order 207 Griineisen parameter 61 Néel temperature 43 — ordering 202 Neutron diffraction 117, 202 — spinwaves 177 Hall constant 199 Neutron scattering 187 Hall effect 40, 155 — inelastic 119, 121, 131, 177 Band calculations 145, 153 Heat capacity 35,95 Nuclear magnetic resonance 175 Heavy electron systems 40, 155, 175 CeAl, 1, 107 Heavy electrons 1 Optical properties 79 CeB, 165 Heavy fermion alloys 199 Ordering CeCug 145 Heavy fermion behavior 209 — magnetic 1, 10,77, 91, 183 CeCu2Siz 145 Heavy fermion compounds 15, 47 CeIn; 19 Heavy fermion superconductor 49, 109 Penetration depth 73 CeNi 19 Heavy fermion systems 5 Periodic Anderson model 150 CePtSi 205 Heavy fermions 43, 89 Phase diagram 1, 73, 202 CePtSi, 207 High-field magnetism 181, 211 Phase transitions 1,5, 163, 205, 207, 213 CeRuysI, 1 High-field magnetization 117 — magnetic 113,175 CeRu2Sir 153 High pressure 100, 103 Photoelectron spectra CeSn3 19 Hubbard model 170, 181 Photoemission 129 Cerium compounds 183, 185, 187 Hybridization gap 217 Polarized neutrons 163 Cerium systems 215 Pr-based alloys 85 Correlations 10 Incoherent Kondo lattice 82 Pressure dependence 49 Critical currents 111 Interactions Pressure effects 63, 113, 138 Critical fields 133 — competing 97 Critical phenomena _ 143 — RKKY 53,179 Quadrupole ordering 211 Crystal electric field 196 Intermediate valence 121, 185 Crystal fields 27, 100, 121, 159, 173, 187 Itinerant electrons 153 Rare earth actinides 113 Crystallization 161 Rare earth alloys 82, 161 Kondo behavior 43 Rare earth compounds 105, 125 De Haas-—van Alphen effect 19, 125, 327, Kondo compensation 213 Rare earth hexaboride 165 145, 153 Kondo effect 15, 27, 51, 53, 91, 93, 107, Rare earth intermetallics 143 Dense Kondo effect 165 113, 123, 131, 157, 159, 177, 187, 199 Renormalization group 129 Dilute alloys 123 Kondo impurity 179 Resistivity 69, 167, 199 Doping studies 217 Kondo resonance 173,215 Scattering Elastic constants 87, 89 LaGa, 125 — spindisorder 143 Electrical resistivity 43, 45, 107, 143, Lattice instabilities 5 Semiconductor band structure 217 161, 202, 207 Linewidth 175 SmGa, 125 Electron-spin resonance 123 Local moments relaxation 123 Sm3Se, 220 Electronic specific heat 217 Lorenz number 199 Sm3Te, 213 Energy band calculations 19 Small moments 1 Energy gap 73 Magnetic excitations 163 Specific heat 1, 45, 49, 65, 69, 147, 161, Exchange Magnetic phase diagram 97, 190 207, 209, 213, 220 — fluctuations 190 Magnetic structures 51, 117 Spectral density 179 226 Subject index Spin correlations 107 Thermal expansion 59, 61, 100, 105 U2Pt;5Si7 209 Spin dynamics 119, 121 Thermoelectric power 27, 107, 165, 199, U(RhRu))Si. 202 Spin-flop phase 211 209 UThBe 73 Spin fluctuation 115 Transport properties 27, 107, 150 U2Zn17 1 Spin relaxation 123 Two-impurity Anderson model 53 Ultrasonic attenuation 109 Strong correlations 170 Uniaxial stress 138 Superconductivity 1 15525,.71, 75, UB, 19 Uranium compounds Bis 19 Susceptibility 147, 161 UBe)3 1 vc. Valence fluctuations 35, 147, 187 Ternary rare earth compounds 85, 15 UCus 1 Valence transitions 103 Ternary U alloys 69 UGe, 19 Velocity ultrasound 109 Ternary Ucompounds 67 UPd; 163 Thermal conductivity 133, 159 UPt; 1, 31, 111, 133, 138 Weak ferromagnetism 115