8 Best Books on Defects in Crystalline Solids

“Diffusion in Crystalline Solids (Materials Science)” Book Review: The book is structured into eight chapters, commencing with an introduction to diffusion measurement in crystalline solids in the first chapter. Subsequent chapters delve into various aspects of diffusion in materials such as silicon and germanium, atomic transport in fluorite oxide, and diffusion in concentrated alloys. The following two chapters elucidate short-circuiting paths and mechanisms of diffusion in grain boundaries in metals. The last two chapters extensively cover the Monte Carlo method, computer simulations, calculations for defect energies, and the topology of saddle surfaces. This comprehensive resource is invaluable for students and researchers in the field of material sciences.

“Tunneling Systems in Amorphous and Crystalline Solids” Book Review: This informative book sheds light on the impact of quantum tunneling systems on the low-temperature properties of solids. It encompasses a wide range of topics including thermodynamics, acoustic, dielectric, and optical properties of both amorphous and crystalline solids. The latest experiments, such as spectral diffusion and heat release, are also thoroughly discussed. The book further expounds on the advancements of standard tunneling models, providing comprehensive descriptions of experimental and theoretical methods in the field of physics of glasses and disordered solids. It serves as a valuable reference for students pursuing material sciences.

“Crystal Defects and Crystalline Interfaces” Book Review: This book provides a comprehensive introduction to crystal defects and crystalline interfaces. It presents the author’s original research in this field in an accessible manner for readers. The book contains numerous diagrams and discussions, and each chapter concludes with a summary of the key points. The first nine chapters cover introductory topics, which can be studied without prior knowledge of crystals and their defects. This book is a valuable resource for students and professionals in the field of material sciences.

“Computed Electron Micrographs And Defect Identification (Defects in Crystalline Solids)” Book Review: The book employs a comparative approach, using images to elucidate the defects in crystalline solids. It delves into a wide range of topics including diffraction of electrons by crystals, two-beam dynamical equations, absorption parameters, and deviation of crystals from the Bragg reflection position. Furthermore, the book discusses extinction distance, displacement vector, and foil normal. The third chapter elaborates on various experimental techniques for determining beam direction, detect line normal, foil normal, and thickness. Subsequent chapters explore the applications and limitations of these techniques, as well as different computer programs associated with them. This comprehensive resource is ideal for postgraduate students and researchers in this field.

“Defects in Solids: Modern Techniques (Nato Science Series B:)” Book Review: This book serves as an introduction to defects in solids and includes examples of fluorite structures, as well as discussions on transmission electron microscopy, neutron scattering, and elastic neutron diffraction. Other topics covered in the book include the application of positron annihilation techniques, computer simulation, the calculation of defect processes, and diffusion in oxides. This comprehensive resource is aimed at students and working professionals in the field of material sciences.

“Point Defects in Solids: General and Ionic Crystals: Volume 1” Book Review: This book provides an in-depth analysis of the properties of crystalline solids, as well as the physics of lattice defects, point defects, and dislocations. Additionally, the book explores the technological and scientific applications of plasticity. It is a valuable reference for scientists and engineers whose research involves point defect phenomena.