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Kivelson Margaret G., Russell Christopher T. — Introduction to Space Physics (Cambridge Atmospheric & Space Science Series)
Kivelson Margaret G., Russell  Christopher T. — Introduction to Space Physics (Cambridge Atmospheric & Space Science Series)



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Íàçâàíèå: Introduction to Space Physics (Cambridge Atmospheric & Space Science Series)

Àâòîðû: Kivelson Margaret G., Russell Christopher T.

Àííîòàöèÿ:

Designed as a text for upper-level undergraduate and first-year graduate students, this volume attempts to establish the curriculum for the modern student entering the fledgling field of space physics. The book provides a broad, yet selective, treatment of the subject, covering virtually all aspects of space plasmas in the solar system. There are sections on the sun and solar wind, the magnetized and unmagnetized planets, and the fundamental process of space plasmas including shocks, plasma waves, ULF waves, wave-particle interactions, and auroral processes. In addition to emphasizing analysis, the authors also place importance on underlying phenomenology with extensive attention to observations.


ßçûê: en

Ðóáðèêà: Ôèçèêà/Àñòðîíîìèÿ/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1995

Êîëè÷åñòâî ñòðàíèö: 505

Äîáàâëåíà â êàòàëîã: 17.06.2005

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
Lunar wake      204
Lunar-solar wind interaction      204
Mach number      17 132 148
Mach number alfven      132 144
Mach number fast      132
Mach number slow      132
Mach number sonic      132
Magnetic activity      402—430
Magnetic barrier      213
Magnetic buoyancy      73
Magnetic diffusivity      66
Magnetic field, interplanetary (imf)      17 104—107 118—120
Magnetic indices      408—409
Magnetic indices ae, al, au      455—456
Magnetic indices ap      453—454
Magnetic indices c9      451—453
Magnetic indices ci      451—45
Magnetic induction      28 402
magnetic moment      33 165—168 308
Magnetic moment dipole tilt      168 508—509
Magnetic moment planetary      507—508
Magnetic reconnection      see “reconnection magnetic”
Magnetic Reynolds number      66 237
Magnetic storms      6 8—9 12—13 406—408 420 429
Magnetohydrodynamics      41—53 65—70 136—145
Magnetometers      1 5—6
Magnetometers fluxgate      448—449
Magnetometers liquid      446—448
Magnetometers vapor      446—448
Magnetopause      15—16 228—232
Magnetopause boundary layers      see “boundary layer”
Magnetopause location      171
Magnetopause radius      308
Magnetopause shape      171
Magnetopause tangential stress      172—173
Magnetosheath      135 177—179 209
Magnetosphere      12 18—21 68—76 288—304
Magnetosphere box model of      343 347
Magnetosphere planetary      507—511
Magnetosphere pressure exerted by      171—172
Magnetosphere shape      172—174
Magnetosphere sizes      168—174 507—511
Magnetosphere-ionosphere coupling      320—323 436—437
Magnetospheric pulsations      see “geomagnetic pulsations”
Magnetospheric substorm      232 402 405—406 420 426—429
Magnetotail      232—236
Magnetotail flaring angle      234
Magnetotail length      245
Magnetotail lobe      232—236 291
Magnetotail magnetic flux      173—174 234
Magnetotail width      173—174 234
Marconi, G.      10
Mariner spacecraft mariner 10      23—24
Mariner spacecraft mariner 2      15 22
Mariner spacecraft mariner 4      22
Mariner spacecraft mariner 5      22
Mass-loading      221
Maxwell's equations      29 44—50 65 175 333 356
Maxwell's equations ampere's law      29 44 46 65 175 333
Maxwell's equations divergence of the magnetic field      29 44 46 65 333
Maxwell's equations faraday's law      29 32 44 46 65 175 333
Maxwell's equations lorentz force law      28—29 357
Maxwell's equations poisson's equation      29 44 46 65
Maxwellian distribution      35—38
Mcdwain, c.e.      166
Mclennan, j.      11
Mhd      see also “maxwell's equations”
Mhd discontinuities      140—141
Mhd discontinuities contact      141
Mhd discontinuities fast mode shock      53 140—142
Mhd discontinuities intermediate shock      140—141
Mhd discontinuities oblique shocks      141 147
Mhd discontinuities parallel shock      141 143
Mhd discontinuities perpendicular shock      141 143—145
Mhd discontinuities rotational      141
Mhd discontinuities slow mode shock      53 140—142
Mhd discontinuities tangential      141—142
Mhd equations of      41 65
Mhd shocks      see “mhd discontinuities”
Mhd simulation      175—176
Mhd simulation comet      222—224
Mhd simulation gasdynamic      177—180
Mhd simulation hybrid      176
Mhd waves      51—53 69—70 331
Mhd waves alfven      94 390—391
Mhd waves alfven, shear      51 337 342
Mhd waves fast mode      52 339—340
Mhd waves intermediate mode      52
Mhd waves slow mode      52 334 342
Mirror force      33
Mirror point      33
Moon      203
Moons, interactions      512—514
Multipole expansion      167—168
Neekan, alexander      3
Neugebauer, marcia      15
Norman, robert      3
Northern Light      see “aurora borealis”
O-line      428
Observatories, magnetic      408 444 450—451
Ohm's law      45 47—48 65 333
Omega bands      421
Optical depth      185
Orbiting geophysical observatory      17
Ordinary mode wave      see “waves o-mode”
Parker, e.w.      14 81 100
Particle loss      325—6
Particles, upstream      17—19 158—161 505—506
PC      454—455
Penumbra      71
Phase space      34
phase velocity      51
Phobos spacecraft      22
Photochemical equilibrium      193
Photoionization      183—191
Photosphere      59 61
Pickup ion      206
Pioneer 10 and 11 spacecraft      24
Pioneer venus orbiter      22 213
Pitch angle      306
Pitch angle scattering      325—326
Plasma beta      17 50 505
Plasma frequency      40 362
Plasma parameter      39
Plasma sheet, central      see also “boundary layer plasma 276—277 291
Plasma, two-fluid      356
Plasmapause      298—300 314—320
Plasmasphere      13 298—300
Podgorny, igor      20—21
Polar cap      see also “auroras polar 232—233 420 424 430
Polar cap arcs      482 498—500
Polar cap convection      424
Polar cap potential      302
Polar cap potential drop      498
Polar wind      200 261 299
Polytropic index      47 333
Polytropic law      358
Positive bays      423
Potential drop, field-aligned      304 324—325
Potential electrostatic      38
Potential magnetic scalar      164
Potential shielded      38—39
Pressure magnetic      50
Pressure partial      35
Prominences, solar      61 74—78 117
Proton precession      447
Pulsations continuous      331
Pulsations irregular      331
Quenching      470
Radial diffusion      319
Radiation belts      8 15 20 295—298
Radiation belts planetary      514—515
Radiation belts van allen belts      297
Radio emissions planetary      517—519
Radio emissions type iii solar      370
Radius of curvature      31 307
Range-energy relation      188
Rankine — Hugoniot relations      137—140 170
Ratio of specific heat      47
Rayleigh      475
Recombination attachment      192
Recombination coefficient      192
Recombination dissociative      192
Recombination radiative      192
Reconnection, magnetic      20 81—88 227 236—242 415 438—439
Reconnection, magnetic fluid theory      246—250
Reconnection, magnetic magnetopause      265—275
Reconnection, magnetic particle theory      250—257
Reconnection, magnetic petschek      247—250
Reconnection, magnetic planetary      511—512
Reconnection, magnetic sweet — parker      247
Red line, auroral      11 469
Resonance gyro      395—397
Resonance upper hybrid      383
resonant frequency      345 383
Sabine, edward      6
Sakigake      23
Scalar potential, magnetic      164
Scale height      67 99 184
Scavenging solar wind      213
Schuster, A.      9
Schwabe, Heinrich      6
Sector structure, interplanetary      119—120
Secular variation      4 168 457
Separatrix, convection      316
Shock dissipation      130—133 150
Shock dissipation collective dissipation mechanism      150
Shock dissipation, dissipation mechanism      137
Shock jump conditions      137—142
Shock normal      17 161—162
Shock structure foot      148 153—154
Shock structure overshoot      149 153—154
Shock structure ramp      148 152
Shocks bow shock      see “bow shocks”
Shocks collisional      129
Shocks collisionless      7 124 129—130 134—136
Shocks interplanetary      7 125—126 136
Shocks magnetohydrodynamic      see “mhd discontinuities”
Shocks planetary      506
Shon — kau      3
Snyder, conway      15
Solar cycle variations      410
Solar flares      6 61 82—88 127
Solar granulation      61
Solar neutrinos      60
Solar seismology      62
Solar wind      13—15 91—127
Solar wind dynamic pressure      169
Solar wind properties      92—96
Solar wind radial variation      504—506
Solar wind scavenging      213
Solar wind termination      107—110
Solar wind theory      96—104
Solar wind-comet interaction      23 221—224
Solar wind-ionosphere interaction      22 210
Solar wind-magnetosphere coupling      401
South atlantic anomaly      312—314
Speed of sound      47 367
Spreiter, J.R.      204
sputtering      205 512
Stefan — Boltzmann law      59
Stewart, balfour      7 9
Stopband      383
Storey, l.r.o.      13
Stormer, carl      8
Substorm      19
Substorm auroral      421—423 486—489
Substorm boundary layer model      434—435
Substorm coupling model      436—437
Substorm current disruption      439—441
Substorm current wedge      409 424—426
Substorm driven model      434
Substorm expansion phase      421 428
Substorm growth phase      427
Substorm magnetospheric      232 402 405—406 420 426—429
Substorm near-earth neutral line      437—439
Substorm polar      420—426
Substorm recovery phase      423 428 486
Substorm thermal catastrophes      435—436
Substorm triggering      418—420
Sudden impulse      229
Sudden storm commencement      229
Suisei spacecraft      23
Sunspot cycle      see also “variations solar 6 478
Sunspots      5 71
Supergranulation      63
Sweet — parker rate      83—85
Sweet — parker solution      246
Telescope      5
Temperature parallel      36
Temperature perpendicular      36
Tension, magnetic      50
Thermal speed      36
Thomson, J.J.      7
Titan      219 513—514
Transition probability      470
Transition, forbidden      470
Trough      298
Tuve, M.A.      10
Umbra      71
Van Allen belts      297
Van allen, james      15
Variations 27 day      119 412—414 478
Variations annual      168 410—412
Variations semiannual      168 411
Variations solar cycle      410
Variometers      443—446
Vega 1 and 2 spacecraft      23
Vegard, lars      10 471
Vela spacecraft      17
Velocity alfven      51 67 337
Velocity bulk      35
Velocity drift      31 304—307
Velocity flow      35
Velocity group      51 339 341 363
Velocity phase      51
Venera 9 and 10 spacecraft      22
Vlasov equation      392—393
Vlf emissions      13
Voyager spacecraft, voyager 1      24 367 513 519
Voyager spacecraft, voyager 2      24 352 511 517 519
Waves      see also “mhd waves”
Waves compressional      339
Waves electromagnetic      372 375
Waves electromagnetic, magnetized      380—390
Waves electromagnetic, unmagnetized      372—379
Waves electrostatic      375
Waves electrostatic ion      377—379
Waves ion-acoustic      366
Waves ion-plasma      365—367
Waves l-o mode      388
Waves l-x mode      388
Waves langmuir      360—364
Waves longitudinal      375
Waves magnetized plasma      375
Waves magnetoacoustic      340 391
Waves magnetosonic      340 391
Waves o-mode      381—382
Waves pc      331
Waves pi      331
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