The Springer Series in Materials Science is a collection of books on materials science, edited by various authors and advisors. The series includes volumes on topics such as laser processing, microclusters, graphite fibers, molecular beam epitaxy, and the physical chemistry of silicon. Each volume presents research and developments in its respective field, with some focusing on theoretical models and others on experimental results. The series is published by Springer-Verlag and includes a wide range of topics relevant to materials science, from fundamental principles to advanced applications. The book "Computer Simulation of Ion–Solid Interactions" is part of this series. It discusses the physics of ion-solid interactions, focusing on computer simulations of processes such as penetration, backscattering, sputtering, and damage. The book covers two main approaches: the binary collision approximation and molecular dynamics. It also discusses interaction potentials, inelastic energy losses, and the effects of thermal vibrations. The book provides an overview of the literature up to 1990 and is intended as an introduction for advanced students and researchers in physics and materials science. The book is structured into chapters that cover the binary collision model, classical dynamics model, interaction potentials, inelastic energy loss, thermal vibrations, and various simulation programs. It includes detailed discussions of the physics behind these processes and provides examples and references for further reading. The book is a comprehensive resource for understanding the behavior of ions in solid materials and their effects on the material's properties. It is also a valuable reference for researchers and students in the field of materials science and physics.The Springer Series in Materials Science is a collection of books on materials science, edited by various authors and advisors. The series includes volumes on topics such as laser processing, microclusters, graphite fibers, molecular beam epitaxy, and the physical chemistry of silicon. Each volume presents research and developments in its respective field, with some focusing on theoretical models and others on experimental results. The series is published by Springer-Verlag and includes a wide range of topics relevant to materials science, from fundamental principles to advanced applications. The book "Computer Simulation of Ion–Solid Interactions" is part of this series. It discusses the physics of ion-solid interactions, focusing on computer simulations of processes such as penetration, backscattering, sputtering, and damage. The book covers two main approaches: the binary collision approximation and molecular dynamics. It also discusses interaction potentials, inelastic energy losses, and the effects of thermal vibrations. The book provides an overview of the literature up to 1990 and is intended as an introduction for advanced students and researchers in physics and materials science. The book is structured into chapters that cover the binary collision model, classical dynamics model, interaction potentials, inelastic energy loss, thermal vibrations, and various simulation programs. It includes detailed discussions of the physics behind these processes and provides examples and references for further reading. The book is a comprehensive resource for understanding the behavior of ions in solid materials and their effects on the material's properties. It is also a valuable reference for researchers and students in the field of materials science and physics.