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Chandrasekhar S. — Plasma Physics
Chandrasekhar S. — Plasma Physics

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Название: Plasma Physics

Автор: Chandrasekhar S.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1960

Количество страниц: 217

Добавлена в каталог: 19.11.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Adiabatic invariants in the motion of charged particles      37 61
Alfven velocity      142
Boltzmann equation in the absence of collisions      11
Boltzmann equation in the absence of collisions, equivalence to particle orbit theory      11
Charge density in a plasma      2
Conductivity of a partially ionized gas      209
Conductivity of a plasma, electrical      204
Conductivity of a plasma, thermal      194
Conservation laws      1
Conservation of energy      9
Conservation of momentum      3
Current density due to an external force      66
Current density in a plasma      2
Current density in a time dependent electric field      20 65
Current density in an inhomogeneous magnetic field      65
Curvature drift      28
Curved lines of force      69
Damping of plasma waves      165
Dielectric constant of the plasma      22 144
Diffusion of plasma across a magnetic field      180
Dispersion relations      see "Waves in a plasma"
Distribution function      2
Drifts in a plasma      14
Drifts in a plasma due to a constant electric field      18
Drifts in a plasma due to curvature of the lines of force      28
Drifts in a plasma due to external force      23
Drifts in a plasma due to gradient of the field lines      31
Drifts in a plasma in an inhomogeneous magnetic field      26
Drifts in a plasma in time dependent electric field      20
Electric drift velocity      19
Electrical conductivity in the presence of neutrals      209
Electrical conductivity of a plasma      204
Electromagnetic oscillations in a plasma      see "Waves in a plasma"
Electrostatic oscillations in a plasma      see "Waves in a plasma"
Equation of motion of a charged particle      2
Equations of motion, macroscopic      5 99
External force drift      23
Fluting instability from hydromagnetics      87
Fluting instability from particle orbit theory      92
Flux of guiding centers across a magnetic field      182
Fokker — Planck equation      183
Gradient B drift      31
Gravity drift      24
Guiding center of a charged particle      15
Guiding center, flux across a magnetic field      182
Gyration of a charged particle, radius of      15
Gyro-relaxation effect      58
Heat flow vector      9
Hydromagnetic equations      99
Hydromagnetic waves      see "Waves in a plasma"
Interchange instability from hydromagnetics      87
Interchange instability from orbit theory      92
Jeans's theorem      13
Landau damping      165 178
Larmor frequency      15
Larmor radius      15
Lines of force, motion of      31
Longitudinal invariant      61
Longitudinal oscillations      see "Waves in a plasma"
Magnetic moment in a discontinuous magnetic field      45
Magnetic moment in a slowly varying magnetic field      48
Magnetic moment of a charged particle      15 16
Magnetic moment, constancy of      24 37
Magnetization current      15 17
Maxwell's equations      1
Momentum of the electromagnetic field      7
Motion of a charged particle along the lines of force, equation of      27
Neutrals, effect on the conductivity of a plasma      209
Normal mode analysis      100
Normal to the surface, equation of motion of      107
Orbit theory      14
Orbit theory, applications of      65 87 115 146
Partially ionized gas, electrical conductivity of      209
Particle orbit theory      14
Particle orbit theory, applications of      65 87 115 146
Particle orbit theory, equivalence to the Boltzmann equation      11
Pinch, stability of      97
Pinch, stability of, criterion of      110 127
Pinch, stability of, from hydromagnetics      99
Pinch, stability of, from orbit theory      115
Pinch, stability of, in the absence of conducting walls      112
Pinch, stability of, in the absence of trapped axial field and conducting walls      111
Plasma diffusion      180
Plasma in a torus      73
Plasma oscillations      see "Waves in a plasma"
Plasma supported against gravity      71
Polarization drift      21
Poynting vector of electromagnetic field      10
Pressure tensor      3
Pressure tensor in a magnetic field      115
Rayleigh — Taylor instability      80
Rutherford scattering formula      192
Shape factor      96
Stability of the pinch      see "Pinch"
Stability, thermodynamic description of      85
Stationary state      7 67
Stress tensor of electromagnetic field      6 7
Thermal conductivity of a plasma      194
Thermodynamic description of stability      85
Transport phenomena in ionized gases      180
Transverse oscillations in a plasma      see "Waves in a plasma"
Two-dimensional problem, general      75
Unit vector along the magnetic field lines, change in      122
Waves in a plasma      135
Waves in a plasma from orbit theory      146
Waves in a plasma in a magnetic field      131 140
Waves in a plasma of low density      160
Waves in a plasma with a tensor pressure      131 146
Waves in a plasma, dielectric constant      136
Waves in a plasma, dispersion formula of Bohm and Gross      154
Waves in a plasma, dispersion formula of Gross      157
Waves in a plasma, dispersion formula of Thomson      156
Waves in a plasma, effect of thermal motions      143
Waves in a plasma, hydromagnetic waves      140
Waves in a plasma, Lagrangian description      165
Waves in a plasma, Landau damping      165 178
Waves in a plasma, longitudinal or electrostatic oscillations      139
Waves in a plasma, review of dispersion relations      151
Waves in a plasma, transverse or electromagnetic oscillations      138
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