ISBN: 10[7563507078] 13[9787563507078]
Press: Beijing University of Posts and Telecommunications Press
Release date: February 2006-1
Pricing: ￥26.00 This book is written according to the spirit of the higher education teaching content and curriculum system reform plan of the Ministry of Education facing the 2 1 century. The book is divided into two volumes, the first volume: mechanical basis, relativity, vibration, wave and heat; Volume 2: electromagnetism, wave optics and quantum theory. It is also equipped with the book "Guide to College Physics Learning". They can be used independently of each other or together. As a reform attempt of college physics textbooks for non-physics majors, this book adopts the principle of "high, wide, new, lively and appropriate", that is, selecting classic content from a high viewpoint, trying to broaden the knowledge, trying to reflect the new development of science and technology, paying attention to the active connection between various parts of knowledge, and the content is appropriate in difficulty.
This book can be used as a physics textbook for all majors in higher engineering colleges, or as a textbook or reference book for non-physics majors in comprehensive universities and normal universities, and is equipped with a CD-ROM. Electromagnetic chapter
Chapter VIII Electrostatic Field and Steady Electric Field
8. 1 electric field electric field intensity
8.2 Gauss Theorem of Electric Flux
8.3 Working potential of electric field force
8.4 Relationship between field strength and potential
8.5 Conductor in electrostatic field
8.6 Dielectric in Electrostatic Field
8.7 Capacitance capacitor
8.8 Current steady electric field electromotive force
8.9 electric field energy
Piezoelectric reading material
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Chapter 9 Correlation between Steady Magnetic Field and Electromagnetic Field
9. 1 magnetic field magnetic induction intensity
9.2 Ampere Loop Theorem
9.3 Influence of magnetic field on current-carrying conductor
9.4 Influence of magnetic field on moving charge
*9.5 cyclotron magnetic focusing
9.6 Magnetic Media
Plasma of reading materials and its magnetic confinement
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Chapter 10 electromagnetic induction
10. 1 law of electromagnetic induction
10.2 dynamic electromotive force and induced electromotive force
10.3 eddy current of electron induction accelerator
10.4 self-inductance and mutual inductance
10.5 magnetic field energy
Magnetic monopole of reading material
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Chapter 1 1 Electromagnetic field and electromagnetic wave
The displacement current of Maxwell equations is 1 1. 1
* 1 1.2 electromagnetic wave
* 1 1.3 Energy and momentum of electromagnetic field
Remote sensing technology of reading materials
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wave optics
Chapter 12 interference of light
12. 1 light source coherence
12.2 Young's double-slit interference experiment
12.3 optical path and optical path difference
12.4 thin film interference
12.5 crack tip interference Newton ring
12.6 Michelson interferometer
Holography of reading materials
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Diffraction of Chapter 13 Light
13. 1 huygens-fresnel principle of light diffraction
13.2 single-slit fraunhofer diffraction
13.3 diffraction grating
13.4 resolution of circular diffraction optical instrument
13.5 x-ray diffraction
Optical fiber communication of reading materials
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Chapter 14 polarization of light
14. 1 natural light and polarized light
14.2 Marius polarization law and its analysis
14.3 polarization of light in the process of reflection and refraction
14.4 polarization of scattered light
14.5 birefringence of light
Interference and artificial birefringence of * 14.6 polarized light.
* 14.7 optical rotation phenomenon
Reading material liquid crystal
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quantum theory
The answer to the exercise