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非晶态金属物理Physics of Amorphous Metals
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http://rapidshare.com/files/1055 ... morphous_Metals.rar | 2142 KB 1 On the structure of amorphous metals 1 1.1 Introduction: preparation of amorphous metals, and simple models 1 1.2 The Radial Distribution Function and the Structure Function 3 1.3 Structural models of glassy metals 7 2 The pseudopotential method 15 2.1 An effective Hamiltonian for the electron-ion system of elemental metals 15 2.2 Pseudopotential theory 18 2.3 Model pseudopotentials 25 2.4 Microscopic theory of the homogeneous electron gas 29 2.5 The effective interaction between ions in liquid or amorphous metals 37 2.6 The effective two-particle ion-ion interaction (to second order in the pseudopotential) 47 2.7 Effective ion-ion pair interaction to cubic order in the pseudopotential 52 2.8 Many-particle interactions in metallic hydrogen 58 2.9 Computer calculations of the electronic structure in metallic amorphous alloys 69 3 Atomic properties of amorphous metals: ow-energy excitations 77 3.1 Experiments on the atomic dynamics in glasses 77 3.2 A tunnelling model 80 3.3 A quasi-phonon model for amorphous metals; heat capacity at moderately low temperatures 99 3.4 The quasi-phonon contribution to the heat conductivity and sound absorption at moderately low temperatures 111 3.5 Beyond the quasi-phonon approximation 129 4 Magnetic properties of amorphous metals 135 4.1 Review of experimental results 135 4.2 Thermodynamic properties of amorphous ferromagnets near the Curie temperature 139 4.3 The spectrum of quasi-magnon excitations in amorphous ferromagnets 150 4.4 Low-temperature magnetic behavior of amorphous ferromagnets 156 4.5 Beyond the quasi-magnon approach: computer simulations 167 4.6 The thermodynamics of amorphous ferromagnets 169 4.7 Itinerant magnetism and itinerant spin-glass behavior in amorphous alloys 171 5 Superconductivity of glassy metals 179 5.1 The Eliashberg equation for amorphous metals 179 5.2 The electron-phonon coupling constant and the superconducting transition temperature for simple amorphous metals 198 5.3 Superconducting properties of binary alloys of simple amorphous metals 205 6 Conclusions 215 7 Appendices 217 Appendix A Calculation of the free energy of amorphous metals 217 Appendix B Calculation of the free energy of amorphous ferromagnets 220 Appendix C Derivation of the Eliashberg equation for amorphous metals 238 Appendix D Simplification of the Eliashberg equation 256 References 269 Index 275 |
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