University Physics Experiment

Author: Ge Hongliang et al.
Publisher:
Publish Date: 2003-10-01
Features: This book is based on the "Basic Requirements for Physics Experiment Teaching in Higher Industrial Schools" issued by the Ministry of Education. It was developed through years of teaching reform practices and in line with the needs of higher education teaching reform and development in the 21st century. Compared to traditional engineering physics experiment textbooks, this book incorporates additional new experimental content, striving to reflect current mainstream experimental theories, technologies, and methods. For example, it includes experiments such as measuring the elastic constants of solids using the dynamics method, studying and applying the relationship between the forward voltage drop of a PN junction and temperature, and demonstrating the application of physics principles in new technologies. Other experiments cover the use of modern sensing technologies like electrocouple calibration and temperature measurement, as well as CCD photo-sensitive detection in physical quantity measurements. While emphasizing physical concepts, the book strengthens the application of physical principles, such as the study of the volt-ampere characteristics of semiconductor devices and the magnetic hysteresis loops and basic magnetization curves of ferromagnetic materials, aiming to put knowledge into practice. In many traditional experiments, new experimental instruments and techniques are used, and computers are employed for data acquisition and processing. The content of the entire book is carefully designed to reflect modernity and advanced concepts, focusing on broadening students' knowledge, fostering personal interests, enhancing innovative thinking, and preparing them for the demands of the times.