Front Cover; Atomic Physics Accelerators; Copyright Page; Contents; Contributors; Foreword; Preface; Volumes in Series; Chapter 1. Introduction; 1.1. Atomic Collisions with Accelerated Ions; 1.2. Accelerated Ions for Atomic Collisions; Chapter 2. Energy Loss of High-Velocity Ions in Matter; 2.1. Introduction; 2.2. General Concepts of Energy Loss; 2.3. Energy Loss Theories: General Background; 2.4. Experimental Methods on Energy Loss; 2.5. Current Problems in Stopping Cross Sections; Chapter 3. Charge Equilibration of High-Velocity Ions in Matter; 3.1. Introduction

3.2. Fundamental Charge Exchange Processes3.3. Experimental Techniques and Data Analysis; 3.4. Electron Capture; 3.5. Electron Loss; 3.6. Equilibrium Charge-State Distributions; 3.7. Average Equilibrium Charge States; 3.8. Density Effects and Excited States; 3.9. Atomic Transitions and Charge Equilibration in Solids; 3.10. Radiative Electron Capture; Chapter 4. Inelastic Energy-Loss Measurements in Single Collisions; 4.1. Introduction; 4.2. Binary Encounters; 4.3. Experimental Method of Determining Q; 4.4. Data Reduction and Comparison with Auger Electron/X-Ray Yields

Chapter 5. Target Ionization and X-Ray Production for Ions Incident upon Solid Targets5.1. Introduction; 5.2. Definitions of Parameters; 5.3. Theoretical Models of Inner-Shell Ionization; 5.4. General Experimental Consideration; 5.5. X-Ray Production Cross-Section Measurements; Chapter 6. Charge Dependence of Atomic Inner-Shell Cross Sections; 6.1. Introduction; 6.2. Conditions for Measuring Charge-Dependent Collision Processes; 6.3. Projectile Charge Dependence of Target Inner-Shell Cross Sections; 6.4. Fluorescence Yield Effects in High-Charge Collisions

6.5. Charge Dependence of Projectile Cross Sections.6.6. Summary; Chapter 7. Coincidence Experiments for Studying Impact-Parameter-Dependent and Charge-Changing Processes; 7.1. Introduction; 7.2. Impact Parameter Dependence of Inner-Shell Vacancy Production.; 7.3. Coincidence Experiments Involving Charge-Analyzed Reaction Products; Chapter 8. Ion-Induced X-Ray Spectroscopy; 8.1. Introduction; 8.2. Detectors and Targets; 8.3. Multiple Inner-Shell Vacancy Production; 8.4. Spectroscopy of Individual States; 8.5. Single-Collision Phenomena; 8.6. Chemical Effects; 8.7. Multiple-Collision Phenomena

Chapter 9. lon-Induced Auger Electron Spectroscopy9.1. Introduction; 9.2. Techniques for Production and Detection of Auger Electrons; 9.3. Studies of Ion-Atom Collision Phenomena Using Auger Spectroscopy; Chapter 10. Radiative and Auger Beam-Foil Measurements; 10.1. Introduction; 10.2. Experimental Arrangements; 10.3. Source Characteristics; 10.4. Beam-Foil Spectra; 10.5. Lifetimes; 10.6. Quantum Beat Phenomena; 10.7. Applications of Beam-Foil Results; Author Index; Subject Index