Physics Fundamentals and Applied Technology

Author: Han Ruigong / Sun Xueying, Editors
Publisher:
Publish Date: 2004-02-01
Features: This book is compiled based on the physical foundation and applied technology knowledge required by the Computer Science and Technology program in higher vocational colleges, as well as the "Opinions of the Ministry of Education on Strengthening the Talent Cultivation Work of Higher Vocational and Specialized Education." During the compilation process, attention was paid to the characteristics of higher vocational education, fully implementing quality-oriented education, and reflecting the teaching principles of "aiming at application, with necessity and sufficiency as the standard," and "taking quality as the core, ability as the foundation, and skills as the focus." Emphasis was placed on cultivating students' comprehensive abilities, innovative awareness, and basic skills. The book is divided into 9 chapters, including: Chapter 1: Electrostatic Fields, Chapter 2: Steady Electric Fields, Chapter 3: AC Circuits, Chapter 4: Waves and Particles, Chapter 5: Electromagnetic Fields and Electromagnetic Waves, Chapter 6: Relativity, Chapter 7: Semiconductors and Nanotechnology, Chapter 8: Laser Technology, and Chapter 9: Common Electrical Instruments and Measurements. The book includes thought-provoking questions and exercises, with answers to some of the exercises provided. This book can serve as a foundational textbook for computer programs in higher vocational colleges, secondary vocational schools, adult higher vocational colleges, and secondary schools affiliated with undergraduate universities, as well as for self-study and reference by relevant personnel.