Electrons in Disordered Metals and at Metallic Surfaces

Chapter 1 The Density Functional Theory of Metallic Surfaces

Chapter 2 Density Functional Calculations for Atomic Clusters

Chapter 3 Impurity Knight Shift and Electric Field Gradients at Al Nuclei in Dilute Substitutional Al -Li Alloys

Chapter 4 First Principles Band Theory for Random Metallic Alloys

Chapter 5 Aspects of the Numerical Solution of the KKR-CPA Equations

Chapter 6 Bulk Electronic Structure of Disordered Transition and Noble Metal Alloys

Chapter 7 Fermi Surface Studies in Disordered Alloys: Positron Annihilation Experiments

Chapter 8 Optical Absorption and Photoemission From Random Alloys

Chapter 9 Polarized Electrons from Metallic Systems

Chapter 10 Transition from the Ordered Solid to the Disordered Liquid State Viewed by Photoemission

Chapter 11 The Magnetic Properties of Alloys

Chapter 12 The Electronic and Cohesive Properties of Disordered Simple Metals

Chapter 13 A Pseudopotential Approach to Some Problems in Binary Alloys of Simple Metals

Chapter 14 Determination of the Distortion Field in Binary Alloys

Chapter 15 Metallic Glasses: Bulk and Surface Properties

Chapter 16 On the Theory of Disordered Systems: CPA Calculation of (SN) x with Hydrogen Impurities and Hartree-Fock Theory of Surface States of Three-Dimensional Crystals

Chapter 17 On the Lectures Whose Full Text Does Not Appear in this Book