Fundamentals of the Theory of Metals

Book Details

• Publisher: Dover

• Author: A. A. Abrikosov

• ISBN: 9780486819013

• Pages: 640

• Cover: Paperback

• Dimensions: 9.3 x 6.2 x 1.5 inches

About The Book

Introduction to the Theory of Superconductivity by Nobel Physicist A. A. Abrikosov is a comprehensive primer on the theory of metals and superconductivity. This reprint edition continues to be an invaluable resource in the field of electromagnetism and superconductivity, providing both a theoretical and practical understanding of various phenomena related to metals and superconductivity.

Key Topics Covered:

• Electronic Spectra of Metals: The book addresses the energy spectra of electrons in metals and provides an in-depth analysis of their behavior under different conditions.

• Electrical and Thermal Conductivities: It covers the foundational principles of electrical and thermal conductivities in metals and their implications for superconductivity.

• Galvanomagnetic and Thermoelectrical Phenomena: This section delves into the study of how metals behave in magnetic fields and the effects of temperature on their electrical properties.

• High-Frequency Fields and Sound Absorption: The behavior of metals when subjected to high-frequency fields is discussed, along with sound absorption phenomena.

• Fermi-Liquid Phenomena: This topic focuses on Fermi-liquid theory and its applications to understanding the properties of electrons in metals.

• Superconductivity Theory: The text explores the theory of superconductivity in detail, making it a crucial resource for those interested in the subject.

Target Audience

This book is essential for undergraduate and graduate students majoring in physics, as well as research workers, teachers, and postgraduate students in related fields. It serves as a valuable reference for anyone studying electromagnetism, superconductivity, or the electronic behavior of metals. It requires some background knowledge in quantum mechanics and quantum statistics, but no specialized knowledge of metals beyond general physics is assumed.