Главная    Ex Libris    Книги    Журналы    Статьи    Серии    Каталог    Wanted    Загрузка    ХудЛит    Справка    Поиск по индексам    Поиск    Форум   
blank
Авторизация

       
blank
Поиск по указателям

blank
blank
blank
Красота
blank
Helander P., Sigmar D.J. — Collisional Transport in Magnetized Plasmas
Helander P., Sigmar D.J. — Collisional Transport in Magnetized Plasmas



Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: Collisional Transport in Magnetized Plasmas

Авторы: Helander P., Sigmar D.J.

Аннотация:

Here is a text on theoretical plasma physics, the science of extremely hot gases which make up most of the universe and are used extensively in fusion energy research. The authors treat a topic at the heart of this subject, transport theory, which predicts the electrical and thermal properties of the plasma. This comprehensive book is directed at graduate students in physics and professional research physicists, in particular, fusion energy scientists and space physicists.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель без номеров страниц

ed2k: ed2k stats

Год издания: 2001

Количество страниц: 292

Добавлена в каталог: 02.07.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
$Z_{eff}$      34
Action integral      99
Adiabatic invariant, general      109
Adiabatic invariant, magnetic moment      101 105
Adiabatic invariant, second      111
Adiabatic invariant, third      112
Alpha particles      41 94
Ambipolarity      8 91 94 159 177
Anisotropy relaxation frequency      57 230
Aspect ratio      125
Aspect ratio and transport      147 149
Banana constraint equation      188 191
Banana orbit      10 130ff.
Banana regime, definition      149
Banana regime, moment approach      233ff.
Banana regime, transport      10 187ff.
Banana-plateau flux      219f 226
Basis vectors      136
Beta      125
Beta, poloidal      142
BGK operator      84 180 230
Boltzmann operator      22
Bootstrap current      205ff. 242f. 272
Boozer coordinates      140
Bounce motion      109f. 129ff.
Bounce time      131f. 144
Braginskii's equations      76ff.
Canonical momentum      see "momentum"
Centrifugal force      251
cgs units      276
Chandrasekhar function      38
Chang — Hinton formula      237f.
Chapman — Enskog expansion      59
Circulating particles      129
Classical transport      see "transport"
Clebsch representation      110
Collision dynamics      3 13 25f.
Collision frequency      2 3
Collision frequency, effective      10 149 179f. 267
Collision frequency, electron-ion      34
Collision frequency, ion-impurity      34
Collision operator      15 22ff.
Collision operator model      53 213 233f.
Collision operator relativistic      46
Collision operator with Maxwellian background      37
Collision operator, electron-ion      33
Collision operator, fast ion      40f.
Collision operator, field particle      53
Collision operator, Fokker — Planck      29
Collision operator, ion-electron      43
Collision operator, ion-impurity      34
Collision operator, Landau      30
Collision operator, linearized      47ff.
Collision time      5
Collision time, electron-ion      5
Collision time, general      75
Collision time, ion-impurity      177
Collision time, ion-ion      5
Collision time, relativistic      45
Collisional regime      see "Pfirsch — Schlueter regime"
Collisionality      59 148ff.
Common flow      224
Conductive heat flux      19
Confinement time      161ff.
Conservation laws      15 17f. 49f.
Constants of motion      127
Continuity equation      17f.
Contravariant components/vectors      136f.
Convective derivative      19
Convective heat flux      19
Coordinates Boozer      140
Coordinates magnetic      136ff.
Coulomb collision      3 13 25f.
Coulomb logarithm      4
Covariant components/vectors      136f.
Cross section      3 27
Current bootstrap      205ff. 242f.
Current in tokamak      153ff.
Current Ohmic      154f.
Current Pfirsch — Schlueter      154f.
Curvature      106f.
Curvature drift      107
Cyclotron frequency      2
Debye length      4
Deflection frequency      36 38
Diamagnetic current      153
Diamagnetic heat flux      65 81 88
Diamagnetic velocity      65 83
Diamagnetic velocity in a tokamak      155
Diamagnetism      121 143
Diffusion coefficient banana      202
Diffusion coefficient Bohm      12
Diffusion coefficient classical      7 92 175
Diffusion coefficient impurity      93 177
Diffusion coefficient neoclassical      150
Diffusion coefficient Pfirsch — Schlueter      176
Diffusion coefficient plateau      181 184
Distribution function      14
Distribution function in toroidal plasma      150ff.
Distribution function, alpha particle      42
Dreicer field      39
Drift kinetic equation      114
Drift kinetic equation for rotating plasma      253
Drift kinetic equation, first-order      152
Drift velocity      107
Drift velocity, across tokamak magnetic field      152
Effective fraction of trapped/circulating particles      194 217f.
Effective ion charge      34
Einstein relation      30
Electric field inductive      148
Electric field radial      95f. 249f.
Electrical conductivity      7Iff.
Elliptic integral      132 217
Energy confinement time      161ff.
energy equation      17f.
Energy exchange frequency      52
Energy flux      18
entropy      19 57
Entropy, production rate      58 89 160 211ff.
Equation of motion for guiding centres      106f.
Equation of motion for particles      14 100
Equilibrium magnetohydrodynamic      121ff.
Equilibrium magnetohydrodynamic non-axisymmetric      136ff.
Equilibrium thermodynamic      16
Euler — Lagrange equation      99
ExB drift      11 83 107
Excursion from flux surface      130
Experimental results      272ff.
Fluid equations      16ff. 59ff.
Flux      see "particle flux" or "heat flux"
Flux average      119
Flux surface      118
Fokker — Planck equation      15
Fokker — Planck operator for plasma      29f.
Fokker — Planck operator general      22ff.
Force balance      121
Friction force      18
Friction force classical      66 80
Friction force linearized      51
Friction force on a particle      39 46f.
Galilean invariance      16 30 55
Grad — Shafranov equation      122
Grad-B drift      107
Guiding centre      6 100
Guiding centre, drift      107
Guiding centre, Hamiltonian      115 141
Guiding centre, Lagrangian      106 141
Guiding centre, motion in stellarators      141 267ff.
Guiding centre, motion in tokamaks      127ff.
Gyrofrequency      2
Gyroradius      2
Gyroviscosity      83 87 114
H-Theorem      58
Hamilton's equations      100 115
Hamilton's principle      99
Hamiltonian bounce-averaged      112
Hamiltonian charged particle      100
Hamiltonian guiding centre      115 141
Heat conductivity/diffusivity banana      10f 196f 204 215
Heat conductivity/diffusivity banana-plateau      226
Heat conductivity/diffusivity classical      9 80f. 98
Heat conductivity/diffusivity parallel      9
Heat conductivity/diffusivity Pfirsch — Schlueter      171 175ff.
Heat conductivity/diffusivity plateau      184
Heat exchange      81
Heat flux      18
Heat flux banana      196f 204 215
Heat flux banana-plateau      219 226
Heat flux classical      9 64 80f. 97f. 170f.
Heat flux diamagnetic      65 81 88
Heat flux neoclassical      160
Heat flux Pfirsch — Schlueter      170f. 175ff.
Heat flux plateau      184
Heat flux tensor      221
Heat flux with orbit squeezing      266
Heat flux within flux surfaces      157
Heat friction      173
Heat stress tensor      87
Impurity ions, accumulation in core      93 177 273f.
Impurity ions, collision operator      34
Impurity ions, transport      92f. 176f. 245 254ff.
Inductance      143
Interpolation between collisionality regimes      236ff.
Isodynamic field      270
Jacobian general      137
Jacobian in axisymmetric field      119
Jacobian in Boozer coordinates      140
Kinetic equation      14ff.
Kinetic equation in general form      113
Krook operator      84 180 230
Lagrangian bounce-averaged      112
Lagrangian charged particle      99
Lagrangian guiding centre      105 141
Laguerre polynomials      74
Larmor frequency      2
Larmor radius      2
Legendre polynomials      52
Longitudinal invariant      111 269
Loop voltage      148
Lorentz approximation/limit      63
Lorentz operator      33 192
Lorentz operator, self-adjointness      50
Magnetic axis      118
Magnetic coordinates      136ff.
Magnetic curvature      106f.
Magnetic field axisymmetric      117f.
Magnetic field curvature      106f.
Magnetic field diffusion      161
Magnetic field poloidal      117
Magnetic field stellarator      136ff. 267
Magnetic field toroidal      118
magnetic moment      101
Magnetized plasma      6 60 146f.
Matrix elements      75
Maxwellian distribution      16 150f.
Mean-free path      9 59
Mirror force      106
Moment approach      219ff.
Moment equations      19
Moments      16f.
Momentum canonical      100 141
Momentum equation      17f.
Momentum flux      see "viscosity"
Momentum flux in plasma cylinder      97
Momentum Hamiltonian      100
Momentum toroidal canonical      128
Neoclassical heat flux      10 160
Neoclassical parallel viscosity coefficients      see "viscosity coefficients"
Neoclassical particle flux      159f.
Neoclassical resistivity      205 207
Neoclassical transport      see "transport"
Non-axisymmetric systems      136ff. 267ff.
Off-diagonal transport      92 98 212 218
Ohm's law      65
Omnigeneity      269
Onsager symmetry      67ff. 80 98 213 218 226
Orbit squeezing      260ff.
Orbits in stellarators      267ff.
Orbits in tokamaks      127ff.
Parallel viscous force      220ff.
Paramagetism      122 143
Particle flux banana      202
Particle flux banana-plateau      219f. 225f.
Particle flux classical      7 64 92ff.
Particle flux diamagnetic      65 83
Particle flux neoclassical      158f.
Particle flux Pfirsch — Schlueter      175ff.
Particle flux plateau      184
Particle flux within flux surfaces      157
Particle motion      99ff.
Particle motion in stellarators      141 267ff.
Particle motion in tokamaks      127ff.
Passing particles      129
Pedestal      254
Pfirsch — Schlueter current      154f.
Pfirsch — Schlueter flux      219f.
Pfirsch — Schluter regime, definition      149
Pfirsch — Schluter regime, moment approach      227ff.
Pfirsch — Schluter regime, transport      167ff.
Pitch-angle scattering      34
Pitch-angle scattering, critical speed for      41
Plateau regime, definition      149
Plateau regime, moment approach      23Iff.
Plateau regime, transport      179ff.
Poloidal asymmetries      169f. 255ff. 274
Poloidal beta      142
Poloidal flow      see "rotation"
Poloidal flux function      118 138
Potato orbit      133ff. 210
Poynting's theorem      162
Precession frequency      116 144f.
Pressure      18
Pressure anisotropy      221f.
Pressure magnetic      107
Pressure tensor      85
q      see "safety factor"
Quasiaxisymmetric field      269
Quasihelical field      268
Quasiomnigenous field      269
Quasipoloidal symmetry      269
Quasisymmetric field      268
Radial electric field      95f. 249f.
Random walk banana      10
Random walk classical      6ff.
Random walk Pfirsch — Schlueter      167f.
Random walk, plateau      182
Rate-of-strain tensor      78
Relativistic collisions      43ff.
resistivity      see "electrical conductivity"
Resonance in plateau regime      181
Return current      154
Return flow      156
Ripple, magnetic      267
Rosenbluth potentials      29 37f.
Rotation      157
Rotation poloidal      157 190 216 225 240f. 246ff.
Rotation toroidal      195f. 249ff.
Rotational transform      139
Runaway electrons      38ff. 43
Rutherford formula      13
1 2
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2022
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте