物理学b类课程教学大纲草案SyllabusforphysicsclassBDraft

1、物理学b类课程教学大纲(草案)（syllabus for physics class b (draft)）documents from the network, i collected, finishing, and if there are omissions, errors, but also please correct me!syllabus for university physicsschool of physics and electronic engineering, shanxi university2003 and 3syllabus of university physi

2、cs syllabus1. the syllabus tells us about.two, the objectives of this course are achieved:.three, a class of teaching materials and teaching reference books:.four, class a curriculum syllabus:.five, class b teaching materials and teaching reference books:. 9six, class b curriculum syllabus:.seven, c

3、lass c teaching materials and teaching reference books:. 13eight, class c curriculum syllabus:.syllabus explanation1. physics, non physics university physics a and b courses, zhou school 4, total class 144, class a teaching object for electronic information, computer science, mathematics departmentt

4、he subjects of b class are chemistry, life science, environmental science and education. the physics of non physics university, c class, week 3, total class hour 108. the object of teaching is physical education and information management departmentconsidering the expired exam and various vacation f

5、actors, the actual a and b courses are arranged according to 130 hours, and the c courses are arranged according to 100 hours2. at a time when the staff of shanxi university between the old and the new period, in the front line of teaching are mostly young teachers, they have a common desire, hope t

6、o have a clear teaching requirements, namely a syllabus can refer toin order to ensure that the requirements of the basic content and course of the university physics course, while also taking into account the basic construction of a, b, c of the three kinds of curriculum research, discuss the basic

7、 physics teaching teachers, formulate the physics course of non physics, shanxi university, a b, c three types of university teaching syllabusamong them, a and b courses are written according to the basic physics tutorial version, and the c class is written in the upper, middle and lower versions of

8、 university physics3. this program is not compulsory, but the distribution of a general knowledge of the teachers according to the specific circumstances, for different departments, different categories, in the precondition of not influencing the curriculum system, the teaching materials, different

9、trade-offs, is addeddo creative work4, the basic requirements of teaching content are divided into three levels: mastery, understanding, understandingdraw a number for the required content, draw * number for the required contentthe objectives of this coursefirst, the teaching objective: to make the

10、non physics students master the most basic physics knowledge,including the description of basic physical phenomena, the establishment of concepts and laws, the demonstration and exposition of basic principles and theories, the practical application of these basic knowledge, and the training of certa

11、in skills and techniques accordinglysecond, train the target: combine physics content, train the students logic reasoning, abstract thinking, theory with practice of scientific thinking ability, in order to adapt to the society to wide foundation, wide caliber talented persons demandthird developmen

12、t goals: to develop students ability to analyze and solve problems, self-learning ability and creative ability, but also cultivate the ability of students interested in learning physics and scientific attitude and independent thinkingclass a teaching material and teaching reference book1, the select

13、ion of teaching materialsbasic physics course, under the september 1998 edition of lu guo bian higher education press.2, teaching reference book:1 university physics, volume 1 mechanics (second edition), edited by zhang sanhui, tsinghua university press2 university physics second volumes of heat (se

14、cond edition), zhang sanhui editor, tsinghua university press3 electromagnetics in university physics (second edition), edited by zhang sanhui, tsinghua university press, third4 university physics, fourth volumes, optics, modern physics (second edition), edited by zhang sanhui, tsinghua university p

15、ress5 mechanics, wang chu, li chun and zhou lezhu series, peking university press6 electromagnetics, wang chu, li chun and zhou lezhu series, peking university press7 thermal, wang chu, li chun and zhou lezhu series, peking university press8, optics, wang chu, li chun, zhou lezhu, peking university

16、press9 atomic physics, wang chu, li chun and zhou lezhu series, peking university press10 college physics (1) (two), (three) zhu cangqing and deng shunrong editor, hubei science and technology press11 physics fourth edition problem analysis and solution, ma wenyu adaptation, higher education press12

17、 university physics, lu dexin, higher education press13 physics, under liu kezhe, higher education press14 college physics introduction (upper and lower) to justice and ed., tsinghua university press.3, teacher reference book1 mechanics (berkeley, physics, course)vol.1) (2nd) charles kittelwalter d.

18、 knightmalvin a. ruderman; mcgraw-hill book companyone thousand nine hundred and seventy-three2 electricity (berkeley, physics, course)vol.2) edward, m., purcelleducational services incorporated. 19653 waves (berkeley, physics, course)vol.3) franks, s., crawfordjr, education, development, center, in

19、c.one thousand nine hundred and sixty-eight4 quantum physics (berkeley, physics, course)vol.4) eyvind hwichmanneducation development center inc.一千九百七十一 5 统计物理（伯克利物理教程第五卷）f. reif教育发展中心公司一千九百六十七 6 费曼物理学讲义（第1至3期）richard p. feynman罗伯雷顿马修sands.addison-wesley出版公司股份有限公司.一千九百六十三大学物理学一类课程教学大纲总学时144基础物理学教程上第一

20、部分力学和相对论大纲（30）（2）绪论1物理学的意义2物质和相互作用3物理量的测量和单位制4物理世界的层次和数量级第一章质点运动学（2）1 - 1质点运动的描述1 - 2相对运动第二章动量守恒和质点动力学（4）2 - 1惯性定律和惯性系2 - 2质量动量和动量守恒定律2 - 3力冲量和动量定理2 - 4牛顿运动定律及其应用2 - 5伽利略相对性原理和非惯性系第三章机械能守恒（4）3 - 1机械能守恒定律3 - 2功和功率3 - 3势能3 - 4质心参考系3 - 5两体碰撞第四章角动量守恒（4）4 - 1角动量和角动量守恒定律4 - 2力矩和角动量定理4 - 3质点在有心力场中的运动* * 4

21、- 4 symmetries and conservation lawsthe fifth chapter, continuum mechanics (4)section 5 - 1 rigid body kinematicssection 5 - 2 rigid body dynamicsin section 5-3 the elastic solid* 5 - 4 fluid mechanicsthe sixth chapter, vibration and wave (5)section 6 - 1 harmonic vibrationsection 6 - 2 vibration of

22、 elastic systemsection 6 - 3 coupled oscillatorsthe generation and propagation of mechanical wave 6 - 4section 6 - 5 standing wave6 - 6 doppler effect* 6 - 7 wave packet and nonlinear wavethe seventh chapter, relativity (5)section 7 - 1 basic assumptions of special relativitysection 7 - 2 relativist

23、ic kinematicsin section 7 - 3 relativistic dynamics* 7 - 4 general relativitythe second part is the outline of electromagnetics (35)the eighth chapter is the electric interaction and the electrostatic field in vacuum (6)section 8 - 1 electric interaction8 - 2 gauss theorem of electrostatic fieldloop

24、 theorem and potential section 8 - 3 electrostatic fieldthe ninth chapter is the conductor and dielectric in electrostatic field (5)section 9 - 1 of the conductor in the electrostatic fieldsection 9 - 2 electrostatic field in dielectricsection 9 - 3 electrostatic field energythe tenth chapter is ele

25、ctromagnetic interaction (5)section 10 - 1 magnetic interactionsection 10 - 2 electromagnetic field of moving chargesection 10 - 3 magnetic field and currentthe eleventh chapter is the constant magnetic field and magnetic medium (5)section 11 - 1 magnetic field gauss theorem and ampere circuital the

26、orem11 - 2 gauss theorem of magnetic media and ampere circuital theoremmagnetization of the section 11 - 3 mediumthe twelfth chapter electromagnetic induction (6)section 12 - 1 law of electromagnetic inductionsection 12 - 2 motional electromotive force and induced electromotive forcesection 12 - 3 m

27、utual inductance and inductancesection 12 - 4 magnetic energyin section 12 - 5 transient process* 12 - 6 superconductivity and superconducting magnetthe thirteenth chapter circuit (4)section 13 - 1 dc circuitsection 13 - 2 alternating current and simple circuitcomplex solution section 13 - 3 ac circ

28、uitsection 13-4 ac power* 13 - 5 resonance circuitthe fourteenth chapter is electromagnetic field and electromagnetic wave (4)section 14 - 1 displacement currentin section 14 - 2 maxwell equations and boundary conditionsin section 14-3 electromagnetic wave* 14 - 4 electromagnetic energy and momentum

29、basic physics tutorialthe third part, optics outline (18)fifteenth interference of light (6)section 15 - 1 introduction of opticssection 15 - coherent superposition of 2 wavessection 15 - 3 wavefront interferometrysection 15-4 amplitude splitting interferencesixteenth (6) of light diffractionsection

30、 16 - 1 light diffraction and huygens fresnel principle?section 16 - 2 single slit and circular aperture fraunhofer diffractionsection 16 - 3 grating* 16 - 4 of modern opticsseventeenth light polarization (4)section 17 - 1 natural light and polarized lightthe generation and test of 17 - 2 polarized

31、lightin section 17 - 3 polarized light interference* 17 - 4 rotationeighteenth light absorption, scattering and dispersion (2)section 18 - 1 light absorptionsection 18 - 2 light scatteringthe dispersion section 18 - 3 light* 18 - 4 nonlinear opticsthe fourth part is the outline of quantum mechanics

32、(34)the nineteenth chapter is from classical physics to quantum mechanics (4)section 19 - 1 from the early classical physics to quantum theorythe establishment and development of 19 - 2 of quantum mechanicsthe twentieth chapter, wave function and schrodinger equation (12)the statistical interpretati

33、on of the wave function of 20 - 1the statistics section 20 - 2 mechanical quantity uncertaintysection 20 - 3 superposition principle20 - 4 schrodinger equationsection 20 - 5 one-dimensional stationary state problemthe twenty-first chapter is mechanical quantity and eigen state (10)section 21 - 1 mec

34、hanical quantity in quantum mechanicssection 21 - 2 of the eigenvalues and eigenfunctions of hermitian linear operatorsection 21 - 3 hermitian operator commutation relationin section 21-4 common eigenfunctionin section 21 - 5 mechanical quantity changes with time conserved quantity and symmetry* 21

35、- 6 basic assumptions of quantum mechanicsthe twenty-second chapter particle in central force field and electromagnetic field in (4)sports section 22 - 1 particle in the central field ofthe eigenfunctions, energy and energy 22 - 2 hydrogen atoms* * 22 - 3 hydrogen atom and hydrogen like ion structur

36、e and properties* 22 - 4 in the movement of the particles in the electromagnetic fieldin the twenty-third chapter and the same particle spin (2)in section 23 - 1 electron spinin section 23 - 2 identical particle system and atomic configurationin the twenty-fourth chapter, the perturbation theory and

37、 quantum transition (2)in section 24 - 1 stationary perturbation theoryin section 24 - 2 the time-dependent perturbation theory and quantum transitionin section 24 the absorption and emission of light - 3in section 24 the basic principle of laser - 4the fifth part is the outline of thermal physics (

38、13)the twenty-fifth chapter is the basis of thermodynamics (4)the basic concept of section 25 - 1 thermodynamic equilibrium25 - 2, the first law of thermodynamicsthe twenty-sixth chapter is the basis of statistical physics (2)section 26 - 1 basic concepts of statistical physicssection 26 - 2 of the

39、most probable distributionthe twenty-seventh chapter is the second law of thermodynamics and the third law (4)section 27 - 1 entropysection 27 - 2 of the second law of thermodynamicsin section 27 - 3 and gibbs free energy functionin section 27 - 4 of the third law of thermodynamicsthe twenty-eighth

40、chapter is the statistical thermodynamics of homogeneous matter (3)section 28 - 1 thermodynamic functionin section 28 - 2 boltzmann statistics* 28 - 3 bose and fermi statistics statistics* twenty-ninth chapter, phase transition and critical phenomenatransformation and classification of delta section

41、 29 - 1 unit system* 29 - 2 critical phenomena* the thirtieth chapter, nonequilibrium thermodynamics and statistical physicsin section 30 - 1 transport phenomena and boltzmann equation* 30 - 2 dissipative structureclass b teaching materials and teaching reference books1, the selection of teaching ma

42、terialsbasic physics course, under the september 1998 edition of lu guo bian higher education press.2, teaching reference book:1 university physics, volume 1 mechanics (second edition), edited by zhang sanhui, tsinghua university press2 university physics second volumes of heat (second edition), zha

43、ng sanhui editor, tsinghua university press3 electromagnetics in university physics (second edition), edited by zhang sanhui, tsinghua university press, third4 university physics, fourth volumes, optics, modern physics (second edition), edited by zhang sanhui, tsinghua university press5 mechanics, w

44、ang chu, li chun and zhou lezhu series, peking university press6 electromagnetics, wang chu, li chun and zhou lezhu series, peking university press7 thermal, wang chu, li chun and zhou lezhu series, peking university press8, optics, wang chu, li chun, zhou lezhu, peking university press9 atomic phys

45、ics, wang chu, li chun and zhou lezhu series, peking university press10 college physics (1) (two), (three) zhu cangqing and deng shunrong editor, hubei science and technology press11 physics fourth edition problem analysis and solution, ma wenyu adaptation, higher education press12 university physic

46、s, lu dexin, higher education press13 physics, under liu kezhe, higher education press14 college physics introduction (upper and lower) to justice and ed., tsinghua university press.3, teacher reference book1 mechanics (berkeley, physics, course)vol.1) (2nd) charles kittelwalter d. knightmalvin a. r

47、uderman; mcgraw-hill book companyone thousand nine hundred and seventy-three2 electricity (berkeley, physics, course)vol.2) edward, m., purcelleducational services incorporated. 19653, waves, berkeley, physics, course3）franks s. crawfordjr教育发展中心。一千九百六十八 4 量子物理（伯克利物理教程4）eyvind h维希曼教育发展中心公司一千九百七十一 5 统

48、计物理（伯克利物理教程第五卷）f. reif教育发展中心公司一千九百六十七 6 费曼物理学讲义（第1至3期）richard p. feynman罗伯雷顿马修sands.addison-wesley出版公司股份有限公司.一千九百六十三物理学b类课程教学大纲总学时144基础物理学教程上第一部分力学和相对论大纲（35）（2）绪论1.1 1.2 1.3 1.4物理世界的层次和数量级物理量的测量和单位制物质和相互作用物理学的意义第一章质点运动学（2）1。1质点运动的描述1。2相对运动第二章动量守恒和质点动力学（6）2。1惯性定律和惯性系2。2质量动量和动量守恒定律2.3力冲量和动量定理2。4牛顿运动定律

49、及其应用2.5伽利略相对性原理和非惯性系第三章机械能守恒（6）3. 1机械能守恒定律3. 2功和功率3。3 potential energy 3.4 centroid reference3.5, two body collisionthe fourth chapter is the conservation of angular momentum (4)4.1 angular momentum and angular momentum conservation law 4.2 torque and angular momentum theorem of delta 4.3 particle i

50、n the central field of the *4.4 symmetries and conservation lawsthe fifth chapter, continuum mechanics (4)5.1 elastic rigid body kinematics 5.2 rigid body dynamics of solid fluid mechanics *5.4 delta 5.3the sixth chapter, vibration and wave (6)the generation and propagation of vibration 6.1 6.2 harm

51、onic vibration of elastic system of 6.3 coupled oscillators 6.4 mechanical wave 6.5 wave delta 6.6 doppler effect and nonlinear wave wave packet *6.7the seventh chapter, relativity (5)7.1 special relativity basic pseudo 7.2 relativistic kinematics delta 7.3 relativistic dynamics*7.4 general relativi

52、tythe second part is the outline of electromagnetics (40)the eighth chapter is the electric interaction and the electrostatic field in vacuum (6)8.1 electric interaction. 8.2 gauss theorem of electrostatic field 8.3 loop theorem and potential of electrostatic fieldthe ninth chapter is the conductor

53、and dielectric in electrostatic field (6)9.1 the conductor in the electrostatic field 9.2 the dielectric in the electrostatic field and the energy of the 9.3 electrostatic fieldthe tenth chapter is electromagnetic interaction (5)10.1 electromagnetic interaction; 10.2 electromagnetic fields of moving

54、 charges; 10.3 magnetic fields and currentsthe eleventh chapter is the constant magnetic field and magnetic medium (6)11.1 gauss theorem of magnetic field and ampere loop theorem 11.2, the gauss theorem and ampere loop theorem of magnetic medium, and the magnetization law of 11.3 mediumthe twelfth c

55、hapter electromagnetic induction (7)12.1 the law of electromagnetic induction 12.2 motional electromotive force and induced electromotive force 12.3 mutual inductance and self inductance of 12.4 magnetic energy delta 12.5 transient process of *12.6 superconductivity and superconducting magnetthe thirteenth chapter circuit (5)the *13.5 resonance circuit 13.1 circuit dc power and ac 13.2 simple circuit 13.3 delta ac circuit complex delta 13.4 a