A comprehensive and updated reference for neutrino properties and experimental results. Covers theory, cosmological context, and cutting-edge developments in neutrino mass measurements.
This book introduces Bose-Einstein correlations in particle physics and their use in subatomic interferometry. It provides theoretical background and experimental approaches used to study the space-time characteristics of particle production in high-energy collisions.
Over 5,500 clear entries; 250+ new entries; rich appendices; companion web links
A comprehensive and accessible introduction to modern X-ray physics, focusing on principles and techniques used in scattering and diffraction. The book emphasizes synchrotron radiation applications and is widely used in graduate courses and research labs.
Volume 1 (1994) introduces the scope: from early contributions to effects on nervous system (radiofrequency), tissue injury from electrical fields, therapeutic low-frequency applications, VDT exposure concerns—offering integrated phenomenological observations, interaction mechanisms, and medical/biological relevance Barnes & Noble +3 SpringerLink +3 SpringerLink +3 A general versi…
The second volume of Hans Pauly’s authoritative work on beam physics, this book covers the generation and application of cluster beams and fast/slow beams. It explores instrumentation, detection techniques, and applications in surface science and nanotechnology, with detailed discussions on experimental design and implementation.
This widely-used textbook provides a clear and concise introduction to the fundamental concepts and experimental foundations of particle physics. It includes discussions of quantum electrodynamics, weak interactions, and the quark model, with updated data and illustrative bubble chamber images.
This volume presents a collection of scientific contributions on the fundamental concept of mass from various perspectives in physics. Topics range from particle physics and general relativity to theoretical models and experimental evidence, compiled by leading scholars in the field.
"Matter and Interactions: Modern Mechanics" provides a modern approach to teaching physics, emphasizing the use of computer modeling and the fundamental principles of momentum, energy, and angular momentum. The book integrates computational physics and microscopic models of matter, designed to support a deep conceptual understanding for students beginning their study of mechanics.