Electron Beam and Ion Beam Physics

Author: Tang Tian Tong
Publisher:
Publish Date: 2001-02-01
Features: This book discusses the fundamental principles and concepts of working with electron beams and ion beams, as well as common analytical methods, including analytical dynamics of charged particle motion, orbital theory, electron-ion optics, space charge optics, phase space dynamics and beam transport, statistical dynamics of electron beams and ion beams, and radiation, waves, and instabilities of electron and ion beams. The book provides a systematic and comprehensive discussion of the geometric properties of electron and ion beams, long-range and short-range interactions between particles within the beam, and the interaction between the beam and electromagnetic waves, enabling readers to gain a comprehensive understanding of the principles and applications of electron and ion beams. This facilitates problem-solving from a broader and deeper perspective. The book consists of 7 chapters, with Chapters 2, 5, and 7 written by Liu Chunliang, while the remaining chapters are authored by Tang Tian Tong. Tang Tian Tong also compiled and organized the entire book. This book can be used as a textbook for undergraduate and graduate students in electronic science and technology programs in engineering disciplines, as well as for researchers, technicians, and faculty in related fields such as electron beam devices, microwave tubes and millimeter-wave electron beam power sources, electron microscopes and electron and ion microanalysis instruments and techniques, mass spectrometry, electron and nuclear spectroscopy, and electron and ion beam exposure for microfabrication technologies, as well as accelerators and free-electron lasers. The book is divided into seven chapters, discussing the fundamental principles and concepts of working with electron beams and ion beams, as well as common analytical methods, including analytical dynamics of charged particle motion, orbital theory, and electron-ion optics.