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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
Active region, solar      61 79
Adiabatic invariants bounce      167
Adiabatic invariants first      33 308—309
Adiabatic invariants second      33 167 308—309
Adiabatic invariants third      33—34 50
Alfven current sheet      253
Alfven layer      314—320
Alfven velocity      51 67 337
Alfven waves      94 390—391
Alfven wings      220—221 513
Alfven, Hannes      14—15
Alpha effect      74
Ambipolar diffusion      195
Appleton — hartree dispersion      386—390
Appleton, e.v.      10
Arnoldy, roger      19 415
Attachment recombination      192
Aurora australis      6 459
Aurora borealis      2 6 459
Auroral break-up      486
Auroral clutter      493
Auroral emissions      10 467
Auroral excitation impact excitation      467
Auroral excitation ionization excitation      468
Auroral excitation thermal excitation      473 475
Auroral forms arc      474 476
Auroral forms curls      476
Auroral forms rays      474 476
Auroral forms spirals      476
Auroral height      6 477
Auroral intensities      471 475—476
Auroral oval      420 478
Auroral photography      8—9 476
Auroral precipitation      326 463—467
Auroral scintillations      493
Auroral spectrum      463 467—475
Auroral zone      7 477
Auroras cleft      466 481—483
Auroras cusp      466 481—483
Auroras diffuse      420—421 476
Auroras discrete      420—421
Auroras early references      1—3 6—9
Auroras polar cap      483—485
Babcock, h.      11
Barkhausen, H.      12—13
Barnett, m.a. r      10
Beard, d.      172
Bemsstrahlung      183 191 466
Bernouilli's equation      170
Beta, plasma      17 50 505
Bi-maxwellian distribution      37
Biermann, l.      14 228
Birkeland, K.      7—8 463
Boltzmann equation, collisionless      392—393
Bounce period      54 306—307
Boundary layer      259—265
Boundary layer entry layer      260—263
Boundary layer high latitude      261—263
Boundary layer low latitude      260—265 433
Boundary layer plasma mantle      261—263
Boundary layer plasma sheet      276—283 291 432
Bow shocks      17—18 135—136 159—160
Bow shocks location      178 504 509—510
Bow shocks overshoot      505
Breit, G.      10
Carpenter, d.l.      298
Carrington, Richard      6
Cascading      468
Cassini spacecraft      25 519
Cavendish, Henry      6
Celsius, Anders      5
Chapman and ferraro model      14 164 168 228 410
Chapman production function      187 193
Chapman theory, ionosphere      184
Chapman, Sydney      11—12
Charge exchange      42 205 325—326 473
Chemiluminescence      468
Chromosphere      59—60
Comet tails      14 223—224
Cometopause      222
compass      1 3—4 443
Conductivity hall      201
Conductivity pedersen      201
Conservation equations      see also “continuity equation” 41—43 138—139
Conservation equations of energy      47 103 139 175
Conservation equations of mass      42 97 112 138 175
Conservation equations of momentum      42 48 67 97 101 111 138 175 333 358
Conservation equations of momentum ionosphere      194
Contact surface      222
Continuity equation      41 68 100 138 175 332 358
Continuum radiation      388
Convection ionospheric      424 490
Convection magnetospheric      243 300—304 315—318
Convection polar cap      424
Convection separatrix      316
Convection zone, solar      60 74
Cook, Captain      6
Coordinate systems      532—542
Coordinate systems geomagnetic      403 533—534
Coordinates, gsm      415 536—538
Coplanarity theorem      53 142—143 162
Corona, magnetic structure      111—118
Corona, solar      59—61 94—96
Coronal features bright points      65
Coronal features helmet streamers      117 120 126
Coronal features holes      65 79 118 120
Coronal features loops      65
Coronal features mass ejections      63 126—127
Corotation velocity      315 510
Cowling diffusion time      see “diffusion time critical radius” 101
Crookes, Sir William      7
Current continuity      45
Current sheets alfven      253
Current sheets harris      250—252
Current sheets interplanetary      116
Currents auroral zone      490—492
Currents birkeland      289 302—303 321—323 491
Currents chapman — ferraro      229—231 288
Currents dp-1      426
Currents dp-2      424—426
Currents field-aligned      7
Currents hall      491
Currents ionospheric      6 9 323—324
Currents partial-ring      289 409
Currents pedersen      302 491
Currents ring      12 289 297 310—312 407 429
Currents sq      404
Currents tail      233—234 240—242 251—254 289 400
Curvature, radius of      31 307
Cut-off frequency      382—383
Cyclotron radius      29 54 306
Davis — williamson protons      296
De castro, joao      3
De hoffman — teller frame      147 156—158 275
De mairan, jean      2
Debye length      39 41 364 377
Debye sphere      39 41
Decametric emissions      518
Decimetric emissions      518
Declination      3—4 403 532 540
Degrees of freedom      36
Density charge      42 356
Density current      42 65 356
Density electron      11 13 41 192—196 214 295 489
Density enthalpy      47
Density mass      34
Density number      34
Density phase space      34
Density solar mean      58
Descartes, Rene      2
Dessler — parker — sckopke relation      312
Differential directional flux      38
Diffusion equation, ionosphere      195
Diffusion time      66 20
Diffusion, radial      319
Diffusion/convection equation      215
Dip angle      403
Dipole magnetic field      165—166
Dipole moment magnetic      12 166—167
Dipole moment tilt      168
Distribution functions bi-maxwellian      37
Distribution functions maxwellian      35
Distribution functions phase space      34
Doppler shift      367 395 473
Drift curvature      32 307 309—310
Drift exb      31 307
Drift gradient      32 307 309—310
Drift period      307
Drift shell-splitting      312—314
Drift westward      168
DST      312 407 456—457
Dungey model pulsations      332
Dungey model solar wind interaction      19—20 243—245 415
Dungey, james      19
Dynamo equation      see “induction equation”
Eckersley, t.l.      13
Electrojet      424 491—492
Electrojet eastward      424
Electrojet westward      424
Electron volt      29
Energy density, internal      47
Energy deposition, particles      190
Energy kinetic      35
Entropy conservation      333
Explorer spacecraft explorer      45 296
Explorer spacecraft explorers 10 and12      15-16
Explorer spacecraft explorers 33 and 35      204
Extraordinary mode wave      see “waves x-mode”
Field line, magnetic      166—167
Filament, solar      61 74
Flux differential directional      38
Flux frozen-in      48—49 168 204 208 236
Flux heat      47
Flux magnetic      44
Flux poynting      341—342 494
Flux ropes      77 218
Flux transfer events (ftes)      272
Flux tube      49 63
Flux tube model, twisted      77
Force curvature      50
Force ion drag      497
Force magnetic      50
Force-free field      69
Foreshock      155 158—161
Foreshock geometry      505 507
Franklin, captain john      7
Frequencies cut-off      382—383
Frequencies cyclotron      29 305
Frequencies gyrofrequency      29 40 305
Frequencies lower hybrid      378
Frequencies plasma      40 362
Frequencies resonant      345 383
Frequencies ultralow      331
Frequencies upper hybrid      376 383
Frozen-in field      see “flux frozen-in”
Galileo Galilei      2 5
Galileo spacecraft      25 519
Gassendi, Pierre      2
Gauss, c.r      6 164
Geomagnetic cavity      12 168—174
Geomagnetic disturbances      6 228
Geomagnetic field, early measurements of      3—4
Geomagnetic pulsations      7 330—332 408
Geomagnetic storm      12—13 19 296 406—408
Geomagnetic tail      232—236 239
Geomagnetism, early studies of      3—4
Geosynchronous orbit plasma      293—295
Gilbert, William      3—4
Giotto spacecraft      23
Goldstein, E.      7
Graham, George      5
Green line, auroral      11 469
Gringauz, k.i.      15 298
Group velocity, mhd      see “velocity group”
Gyro resonance      395—397
Gyroradius      29 53—54 306
Halley, Edmund      2 4
Harris current sheet      250—252
Hartman, georg      3
Heating coronal      79—81
Heating ionospheric      495
Heating joule      495—496
Heating thermospheric      496—497
Heaviside, O.      10
Helio seismology      62
Heliopause      110
High-speed streams      122—124
Hiorter, o.      5—6
Hirshberg, joan      19
Hoffmeister, c.      14
Ice spacecraft      23
Ideal gas law      36 43
Impact ionization      183 188—191
Inclination      3 403 540
Induction equation      66 215
Instabilities convective      70
Instabilities interchange modes      70 322 351 513
Instabilities kelvin — helmholtz      70 349 493 510
Instabilities magnetic buoyancy      70
Instabilities mhd      70 351
Instabilities mirror      351
Instabilities radiative      69—70
Instabilities rayleigh — taylor      70
Instabilities two-stream      367—372
International Geophysical Year      15 421
Interplanetary monitoring platform      17
Invariant latitude      166
Io      220 322 512—513
Io plasma torus      322 513
Ion drag      497
Ion loss processes      192—193
Ion reflection      152—154
Ionization processes      489—490
Ionization processes photoionization      183—191
Ionopause      209 214
Ionospheres      9—13 183—199
Ionospheres auroral      489—492
Ionospheric electrical      6 48 201
Ionospheric layers d region      10 197—198
Ionospheric layers d region, absorption      493
Ionospheric layers e region      10 197—198
Ionospheric layers f region      10 197—198
Ionospheric outflow      199—200
Isee spacecraft isee 1      20
Isee spacecraft isee 2      20 266 271—273 280—281
Isee spacecraft isee 3      235
Kappa distribution      38
Kelvin — Helmholtz instability      70 349 493 510
Kelvin, Lord      8—9
Kennelly, a.e.      10
Kinetic wave theory      393
kp      453—454
L value      166—167 296—300
Landau resonance      393—395
Larmor radius      29 54 306
Lindemann, frederick      12
Liouville theorem      393
Loomis, elias      7
Lorentz force law      28—29 357
Lunar core      205
1 2 3
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