Press: Tsinghua University Press 20 13 The physics experiment teaching demonstration center of our school was supported by the special fund project of the Ministry of Education. The experimental center has purchased a large number of new physics experimental teaching instruments, and the update rate is over 80%, which makes the original experimental teaching materials seriously inconsistent with the actual teaching instruments, and the students' preview content before the experiment is out of touch with the actual operation content. In order to make the experimental teaching materials better conform to the experimental instruments of our center and serve the students better, the physics experimental teaching center arranged the teachers to arrange this experimental teaching material suddenly. This textbook is rewritten on the basis of the original textbook (College Physics Experiment, Huazhong University of Science and Technology Press), combined with the new instruments and equipment of our school. The original content has been partially adjusted and modified, and some experimental items have been added and deleted to enrich the content. There are 37 experimental items listed in the book, covering most of the experimental instruments in our center, which can fully meet the needs of college physics experiments for non-physics majors in science and engineering.
This book embodies the teaching achievements of all the teachers in the Physics Department of the School of Mathematics and Physics of China Geo University (Wuhan) and the Physics Experiment Teaching Demonstration Center. It is written on the basis of long-term practical teaching of all teachers, combined with the experimental instruments of our experimental center and summing up teaching experience. Participated in the compilation of this book (presided over the compilation of the introduction, experiment 1, experiment 3, experiment 18 and appendix), Luo Zhongjie (experiment 14 and experiment 15) and Li Tieping (experiment 12 and experiment 28). Experiment 13), Shi Tiegang (writing experiment 16), (writing experiment 27), Jing Rui Ping (writing experiment 17, experiment 24, experiment 36), Wan (writing experiment 19), Chen Ling (writing experiment 20 (writing experiment 3 1), Wan Miao (writing experiment 32), Chen Hongyun (writing experiment 33), Zuo (writing experiment 34), Jin Sanmei (writing experiment 25 and experiment 37), (writing experiment 10 and experiment1). This book is edited by Wang Xi Cheng and proofread by Luo Zhongjie and Li Tieping.
In the process of writing this book, I also extensively referred to the related teaching materials of brother universities, especially visited the physical experiment centers of Wuhan local brother universities such as Wuhan University, Huazhong University of Science and Technology and Wuhan University of Technology, and absorbed the excellent experimental contents and methods. I would like to express my heartfelt thanks here!
Due to the tight writing time, many teachers participated in the writing, most of them are writing experimental textbooks for the first time, and their level is limited, so omissions are inevitable. I sincerely hope that experts and readers will give us their comments and corrections on this book, so that we can correct it when we reprint it and improve the writing quality of this book.
In August, 2004, I edited the introduction of 2065438+
Measurement of elastic modulus of metals by experiment 1 tensile method.
Experiment 2 linear expansion coefficient of solid
In experiment 3, the moment of inertia was measured with a double suspension torsion pendulum.
Experiment 4 Determination of Young's modulus of elasticity by dynamic suspension method
Experiment 5 Study on String Vibration
Experiment 6 Measurement of Voltammetric Characteristics of Electrical Components
Experiment 7 Measurement of Ultrasonic Sound Velocity
Experiment 8 Adjustment of Spectrometer
Experiment 9 Measurement of Prism Top Angle
Experiment/measurement of 10/0 dispersion curve
Experiment 1 1 grating diffraction
Experiment 12 ultrasonic grating and its application
Experiment/determination of focal length of kloc-0/3 thin lens
Experiment 14 measuring wavelength by biprism interference method
Experiment 15 equal thickness valve stem involves application.
Experiment/adjustment and use of kloc-0/6 Michelson interferometer
Experiment 17 thermoelectromotive force experiment
Experiment/Design of resistance measurement of Kloc-0/8 Wheatstone bridge and internal resistance measurement of galvanometer
Experiment 19 measuring low-value resistance with self-assembled double-arm bridge
Principle and Application of Experiment 20 Oscilloscope
Experimental study on characteristics of 2 1 new energy battery
Experiment 22 Simulating electrostatic field
Experiment 23 Hall effect and its application
Experiment 24 Research on the Characteristics of RLC Circuit
Experiment 25 Performance sensing experiment of metal foil strain gauge
Experiment 26 Study on Luminous Characteristics of High Power White LED
Experiment 27 Magnetic Levitation Guide Experiment
Experiment 28 photoelectric effect and determination of Planck constant
Experiment 29 Frank? Hertz experiment
Experiment 30 Millikan oil drop experiment
Experiment 3/determination of electronic work function of kloc-0/tungsten
Experiment 32 Determination of Specific Heat Capacity Ratio of Gas
Experiment 33 Observation and Study of Polarized Light
Experiment 34 Single slit monofilament diffraction
Experiment 35 geomagnetic field measurement experiment
Experiment 36 Doppler sound velocity measurement
Experiment 37 Three-wire Pendulum and Torsion Pendulum
attached table
refer to