
| Prof. Lu has long been engaged in the research of theoretical physics in Nanjing University, Northeastern University in Boston, University of Vermont, and The University of New South Wales in Sydney. His field is statistical physics, especially low dimensional many-body systems. During these ten years he also devoted himself enthusiastically to the education initiative. As Dean of School of Intensive Instruction in Sciences and Arts Nanjing Uni.. << 查看详细 |
| chapter 1 introduction. part one mechanics chapter 2 kinematics chapter 3 particle dynamics chapter 4 gravitation chapter 5 dynamics of many-particle system chapter 6 dynamics of a rigid body chapter 7 oscillations chapter 8 waves chapter 9 relativistic mechanics part two thermal physics chapter 10 temperature chapter 11 the first law of thermodynamics chapter 12 the second law of thermodynamics chapter 13 microscopic model of ideal gas chapter 14 phase transition part three electromagnetism chapter 15 electrostatic field chapter 16 conductor and dielectrics chapter 17 magnetic field .chapter 18 electromagnetic induction chapter 19 magnetic properties of matter chapter 20 maxweil's equations chapter 21 electromagnetic waves.. part four fundamental modern physics chapter 22 energy quantization chapter 23 wave nature of matter chapter 24 schrodinger equation chapter 25 atoms chapter 26 molecules and clusters chapter 27 fermi and bose statistics chapter 28 condensed matter chapter 29 nuclear physics chapter 30 leptons and quarks chapter 31 astrophysics chapter 32 physical cosmology appendix a commonly used physical constants b simple pendulum and jacobi's elliptical function c critical and heavy damping d fourier series and frequency spectrum e integral results about packets f planets in solar system g gaussian integral and gamma function h operator i dirac delta function j riemann zeta function k wave functions l relativistic transformation of electromagnetic field answers to odd-numbered problems index... |
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