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Crystal Field Effects in Metals and Alloys


Crystal Field Effects in Metals and Alloys
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Lieferzeit: 21 Werktage

  • 10368398


Beschreibung

Session A: Plenary Address.- Reconciling Localized Moments with Lattice Periodicity (Invited Paper).- Session B: Spin Waves I.- Spin Waves in Anisotropic Magnets (Invited Paper).- Spin Waves in HoZn.- Ground- and Excited-State Spin Waves in Holmium Phosphide.- Neutron Crystal-Field Spectroscopy in PrSn3.- Crystal Fields in PrX3 (X=In, Tl, Pb, Sn) Intermetallic Compounds with Cu3Au Structure.- Crystal Fields in Pr-Hydrides.- Neutron Spectroscopy of the Crystal-Field Splitting in Cerium Hydride.- Session C: Magnetic Properties I.- EPR Studies of Excited State Exchange and Crystal-Field Effects in Rare Earth Compounds (Invited Paper).- ESR of Impurity as a Probe for the Host Exchange Interaction in Tm Van Vleck-Compounds.- EPR of Gd3+ in Lu and Sc Single Crystals.- EPR Fine Structure of S State Ions.- Session D: Critical Effects I.- Soft Electronic and Vibrational Modes near Phase Transitions (Invited Paper).- Induced Jahn Teller Transition in PrCu2.- Crystal Fields and Dynamic Jahn Teller Coupling of an Electronic Quartet to ?5 Lattice Modes in the Fine Structure of Er3+ in Pd-Er.- Spin Dynamics of the S=2 Magnet in a Cubic Crystal Field.- Critical Behaviour of the Magnetization in TbSb and Tb0.6Y0.4Sb.- Session E: Physical Properties I.- Crystal Electric Field Effects on Thermal and Transport Properties (Invited Paper).- Magnetoresistance of Praseodymium.- Resistivity Measurements on the Singlet Ground State System TbcY1-cSb. Effects of Electron Exciton Scattering.- Crystal-Field Effects in the Transport Properties of Rare Earth Alloys.- Short Range Van Vleck Antiferromagnetism in Superconducting La1-yTbySn3 Detected by Neutron Scattering.- Session F: Magnetic Properties II.- Crystal-Field Effects in Laves and other Rare Earth Iron and Rare Earth Cobalt Compounds (Invited Paper).- Influence of Crystal Field Interaction on the Thermal Behaviour of ErAl2.- Magnetization Behaviour of DyAl2 and GdAl2.- Effect of Magnetic Anisotropy on the Heat Capacity of HoAl2.- Magnetic Anisotropy in Dilute Manganese Alloys.- Crystal Field Effects in Dy2Ni17 from Mössbauer Spectroscopy.- Rare Earth Wave Function Determination by Polarized Neutron Diffraction in REAl2.- Session G: Critical Effects II / Spin Waves II.- The Cooperative Jahn-Teller Effect Studied by Neutron Scattering (Invited Paper).- Local Jahn-Teller Effect at a Structural Phase Transition.- Spin Waves and Central Modes in Crystal Field Systems (Invited Paper).- Spin Dynamics of a Kondo System in the Presence of Crystal Fields.- Behaviour of Crystal Field Parameters in ErM and HoM Equiatomic Compounds, in Relationship with Band Structure.- Crystal Field in Liquid Rare Earth Metals.- Session H: Actinides, Transition Metals, Valency.- Crystal Fields in Actinide Intermetallics - Prospects and Problems (Invited Paper).- Enhanced Coulomb and Exchange Interaction Crystal Fields in the Modified Zener Model of Magnons in Metallic Ferromagnets.- Ionic Energy Levels of 3d Impurities in Normal Metals.- Thermal Conductivity of Antiferromagnetic FeCl2.- Crystal Field Effects on Hydrogen in Transition Metals.- Neutron Scattering from Paramagnetic Cerium.- Session J: Magnetic Properties III / Spin Waves III.- Pressure Dependence of the Magnetic Properties of Some Rare Earth Intermetallic Systems (Invited Paper).- Study of Hyperfine Interactions in Solids by Inelastic Spin Flip Scattering of Neutrons.- A Method for Calculating the Electrostatic Potential in Crystal Lattices.- Neutron Inelastic Scattering Study of the Compound CeAl3.- Crystal Electric Fields in Rare-Earth Al2 Compounds.- Crystal-Field Splitting and Relaxation Effects in CeAs.- Session K: Physical Properties II.- Line Width of Crystal-Field Excitations due to Electrons and Phonons (Invited Paper).- Inelastic Coulomb Scattering of Conduction Electrons in (LaPr)Sn3.- Crystal Field and Physical Properties of RX3 Compounds.- Influence of the Crystalline Field on the Kondo Effect: Cerium and Ytterbium Impurities.- Crystal Field Effe

Eigenschaften

Breite: 170
Höhe: 244
Seiten: 366
Sprachen: Englisch
Autor: Albert Furrer

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