Principles of Charged Particle Acceleration

Book Details

• Author: Stanley J.R. Humphries

• Brand: Dover

• Binding: Paperback

• Number of Pages: 592

• Release Date: 24-10-2012

• EAN: 9780486498188

• Package Dimensions: 9.1 x 6.1 x 1.2 inches

• Languages: English

About The Book
Principles of Charged Particle Acceleration is an essential and authoritative text that provides a unified summary of the principles underlying all charged particle accelerators. Written for graduate students of physics and electrical engineering with no prior background in accelerator theory, this book is a valuable resource for both newcomers to the field and experienced professionals.

The text focuses on straightforward expositions of basic principles and avoids diving into specialized areas, making it accessible while still offering in-depth material essential to accelerator development and beam applications. This makes it a perfect introduction to particle accelerator technology. One of the unique aspects of the book is its coverage of linear induction accelerators, a crucial component of accelerator technology that is not often addressed in other texts.

Features of the Book Include:

• Programmed Summary: The book is a programmed summary of key principles, offering an easy-to-follow and structured approach.

• Application-Oriented: Practical applications of accelerator technology are emphasized to provide a real-world understanding of the field.

• Comprehensive: It doubles as a reference collection of equations and material crucial for accelerator development.

• Illustrations: Numerous black-and-white illustrations and figures are included to enhance understanding.

In addition to being an excellent textbook for beginners, it serves as an invaluable reference for professionals working in the field of charged particle acceleration. Scholars and researchers have praised its clarity, comprehensiveness, and the way it seamlessly introduces complex ideas in an intuitive manner. The book has become a classic reference for research on high-power electron and ion beams, pulsed power accelerators, and more.

This work will undoubtedly remain an essential resource for anyone in the field of accelerator physics, from those just starting out to advanced professionals.