Basic Physics Experiment

Author: Liang Jiahui
Publisher:
Publish Date: 2005-09-01
Features: This book is primarily focused on the modernization of experimental content. It aims to strengthen basic training, facilitate students' research-oriented learning and practice, and particularly emphasizes the cultivation of fundamental experimental qualities and innovative awareness. With an innovative spirit, the book has conducted serious exploration in the writing of practical foundational course materials. The textbook adopts a structure of basic experiments—comprehensive experiments—design experiments, combining content updates with rigorous basic training. The innovation in content is reflected not only in newly developed experiments but also in the modification, development, and adaptation of introduced and traditional experiments. It includes thought-provoking questions, review questions, and practical examples. In the basic experiments, on experimental methods is added, and in the design experiments, discussions on how to effectively conduct design experiments are provided, facilitating students' self-study, reflection, and improvement. From the treatment of uncertainties to the arrangement and elaboration of specific experiments, the book considers both the cognitive patterns of most students and the fundamental requirements of teaching, while also catering to the in-depth research needs of outstanding students. It offers more teaching levels and flexibility. As part of the Beijing Municipal Excellent Textbook Project, this book is the result of long-term teaching reform efforts by numerous teachers and students. Before publication, it was further refined and revised based on the experiences of four generations of students. The book consists of 7 chapters, covering more than 50 experiments. The treatment of errors, uncertainties, and experimental data processing is presented in a separate chapter. This book can serve as a textbook for physics laboratory courses in science and engineering disciplines with approximately 60 hours of instruction, and can also be referenced by teachers and students in physics, agriculture, medicine, and other related fields. The book is divided into 7 chapters, covering more than 50 experiments. The treatment of errors, uncertainties, and experimental data processing is presented in a separate chapter. The book adopts a structure of basic experiments—comprehensive experiments—design experiments, combining content updates with rigorous basic training. It also includes thought-provoking questions, review questions, and practical examples.