This volume introduces the theoretical foundations of solid state physics, covering crystal structures, electronic properties, and fundamental principles of condensed matter systems.
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A scientific monograph discussing the theory and behavior of dislocations in crystalline materials and their role in plastic deformation. This edition is a revised and expanded translation of the original Hungarian work.
This volume introduces the elastic theory of dislocations in crystalline solids. It forms part of a comprehensive series addressing the structure and behavior of defects in materials, essential for advanced studies in solid-state physics and materials science.
This well-established textbook gives a comprehensive introduction to the basic principles of semiconductor physics and includes up-to-date topics such as quantum structures, optoelectronic devices, and high-frequency transistors. Designed for graduate and advanced undergraduate students, it covers both theoretical and experimental aspects with illustrative problems and solutions at the end of e…
This book presents a comprehensive treatment of multiple scattering theory, its formalism, and applications to solid-state physics. Emphasizing electronic structure and the use of Green’s functions, it is intended for researchers and advanced students in condensed matter physics and materials science
This comprehensive book covers the fundamentals of semiconductor physics and the operation of semiconductor devices. Designed for undergraduate students, it emphasizes the physical understanding of the basic principles of semiconductor behavior and device operation, including diodes, bipolar junction transistors, and field-effect transistors.
A concise and accessible introduction to the quantum theory underpinning the behavior of solids. The book emphasizes conceptual clarity and provides the foundational theory needed for advanced solid-state and semiconductor physics.
A foundational textbook covering the theory and application of solid state physics, emphasizing both classical and quantum perspectives. Widely used in physics and materials science courses.