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等离子体物理导论 空间和实验室应用 英文PDF|Epub|txt|kindle电子书版本网盘下载
- 傅敏选编 著
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- 出版时间：2014
- 标注页数：0页
- 文件大小：56MB
- 文件页数：462页
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图书目录
1 Introduction1
2 Characteristic parameters of a plasma5
2.1 Number density and temperature5
2.2 Debye Iength7
2.3 Plasma frequency10
2.4 Cyclotron frequency12
2.5 Collision frequency13
2.6 Number of electrons per Debye cube15
2.7 The de Broglie wavelength and quantum effects17
2.8 Representative plasma parameters18
3 Single particle motions23
3.1 Motion in a static uniform magnetic field23
3.2 Motion in perpendicular electric and magnetic fields26
3.3 Gradient and curvature drifts32
3.4 Motion in a magnetic mirror field39
3.5 Motion in a time varying magnetic field45
3.6 Adiabatic invariants48
3.7 The Hamiltonian method60
3.8 Chaotic orbits68
4 Waves in a coldplasma75
4.1 Fourier representation of waves75
4.2 General form of the dispersion relation84
4.3 Waves in a cold uniform unmagnetized plasma87
4.4 Waves in a cold uniforn magnetized plasma94
4.5 Ray paths in inhomogeneous plasmas127
5 Kinetic theory and the moment equations137
5.1 The distribution function137
5.2 The Boltzmann and Vlasov equations140
5.3 Solutions based on constants of the motion144
5.4 The moment equations146
5.5 Electron and ion pressure waves155
5.6 Collisional drag force162
5.7 Ambipolar diffusion166
6 Magnetohydrodynamics175
6.1 The basic equations of MHD175
6.2 Magnetic pressure183
6.3 Magnetic field convection and diffusion185
6.4 The energy equation192
6.5 Magnetohydrodynamic waves195
6.6 Static MHD equilibrium204
6.7 MHD stability219
6.8 Magnetic reconnection240
7 Discontinuities and shock waves251
7.1 The MHD iump conditions252
7.2 Classification of discontinuities255
7.3 Shock waves258
8 Electrostatic waves in a hot unmagnetized plasma281
8.1 The Vlasov approach281
8.2 The Landau approach290
8.3 The plasma dispersion function308
8.4 The dispersion relation for a multi-component plasma311
8.5 Stability318
9 Waves in a hot magnetized plasma341
9.1 Linearization of the Vlasov equation342
9.2 Electrostatic waves345
9.3 Electromagnetic waves367
10 Non-linear effects391
10.1 Quasi-linear theory391
10.2 Stationary non-linear electrostatic potentials406
11 Collisional processes415
11.1 Binary Coulomb collisions416
11.2 Importance of small-angle collisions417
11.3 The Fokker-Planck equation420
11.4 Conductivity of a fully ionized plasma427
11.5 Collision operator for Maxwellian distributions of electrons and ions431
Appendix A Symbols435
Appendix B Vector differential operators441
Appendix C Vector calculus identities443
Index445