图书简介

Chapter 1. Mathematical technique of electrodynamics 1.1. Vector and tensor algebra 1.2. Vector and tensor analysis 1.3. Special functions of mathematical physics 1.4. Answers and solutions Chapter 2. Main concepts of electromagnetic theory. Maxwell equations 2.1. Electrostatics 2.2. Magnetostatics 2.3. Maxwell equations. Electromagnetic waves 2.4. Answers and solutions Chapter 3. Special theory of relativity and relativistic kinematics 3.1. Principle of relativity and Lorentz transformations 3.2. Kinematics of relativistic particles 3.3. Answers and solutions Chapter 4. Variation principle in relativistic mechanics and field theory 4.1. Vectors and tensors in 4d space-time 4.2. Motion of charged particles in electromagnetic field. Transformation of electromagnetic field 4.3. Relativistic electrodynamics. Introduction in field theory 4.4. Answers and solutions Chapter 5. Emission and scattering of electromagnetic waves 5.1. Green function and retarded potentials 5.2. Radiation from non-relativistic systems 5.3. Radiation of relativistic particles 5.4. Interaction of charged particles with radiation 5.5. Answers and solutions Chapter 6. Quantum theory of photon emission and scattering 6.1. Quantum states of electromagnetic field 6.2. Quantum theory of emission, absorption and scattering of photons by atoms 6.3. Interaction of relativistic particles with photons 6.4. Answers and solutions Conclusion/Summaries Appendix 1. Systems of electric and magnetic quantities Appendix 2. Variation principle for continuous media Appendix 3. General scheme of quantum theory References Subject index

Trade Policy 买家须知