An introductory textbook covering the fundamental principles of modern physics, including relativity, quantum theory, atomic structure, and nuclear physics.
A comprehensive textbook covering mathematical techniques used in physics, including differential equations, vector analysis, complex variables, and special functions.
Abstract/Notes: An introductory textbook presenting the principles of modern physics including relativity and quantum theory.
A physics textbook tailored for students in biological and medical fields, emphasizing practical and conceptual understanding.
This classic work provides a comprehensive theoretical treatment of neutron chain reactions and nuclear reactor physics. Written by leading scientists, it remains an important reference for understanding the principles underlying nuclear energy and reactor design.
A foundational text introducing the principles of quantum mechanics, written by Nobel laureate Linus Pauling and E. Bright Wilson Jr. The book presents mathematical formulations and applications to atomic and molecular systems, making it a landmark reference in both physics and chemistry.
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.
An introductory academic text explaining the relationship between crystal structures, X-ray diffraction, and protein structure analysis.
A foundational academic text covering methods and techniques used in X-ray crystallography for determining crystal structures.
An authoritative reference providing essential data, tables, and formulas in chemistry and physics for scientists, engineers, and students. Covers properties of matter, thermodynamics, quantum mechanics, and experimental data.