Modern Physics Experiment

Author: Wu Sicheng
Publisher:
Publish Date: 2005-11-01
Features: This book is a national-level planning teaching material for the "Tenth Five-Year Plan" of general higher education. It is based on the original and the second edition (1995), summarizing recent years' teaching experience and incorporating new achievements in physical science and experimental technology. The original content has been selected, supplemented, and revised, while maintaining the original style of clearly explaining fundamental theories for reference. The book focuses on introducing experimental techniques frequently encountered in modern physics research. In selecting experiments, the author has ensured close coordination with courses closely related to modern physics development, such as quantum mechanics, by choosing representative and foundational experiments in important areas of modern physics development and incorporating the results of teachers' scientific research. The book covers nine units and 40 experiments, including atomic and molecular physics, nuclear detection technology and applications, lasers and optics, vacuum technology and thin film growth, X-ray and electron diffraction, magnetic resonance, microwaves, low-temperature physics, and semiconductor physics. This book can serve as a teaching material for undergraduate and graduate students in physics-related fields and other disciplines in modern physics experiments, as well as a reference for experimental physicists and related technical personnel.