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Beyer H.F., Shevelko V.P. — Introduction to the Physics of Highly Charged Ions
Beyer H.F., Shevelko V.P. — Introduction to the Physics of Highly Charged Ions

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Название: Introduction to the Physics of Highly Charged Ions

Авторы: Beyer H.F., Shevelko V.P.

Аннотация:

This book provides an overview of modern atomic physics with highly chargedions. It serves as an introduction to the subject for graduate and postgraduate students, as well as specialists in the field who will find a reasonable mixture of fundamentals and practical applications for their research. Familiarity with electrodynamics and some basic knowledge of atomic physics and quantum mechanics is assumed. The authors cover the more important basic concepts rather than striving for completeness or generality. They emphasise physical understanding and include many illustrations, making the book accessible to a broad range of physicists working in atomic and plasma physics, astrophysics, laser physics and spectroscopy.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2003

Количество страниц: 361

Добавлена в каталог: 28.06.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Absorption      26 29 57 269
Absorption edge      66 251 252
Absorption lines      27
Absorption profile      152
Absorption, cross section      271
Absorption, kinematics      70
Absorption, recoil-free      71
Absorption, spectra      26
Abundance      3
Acceleration, longitudinal      101
Acceleration, resonant      127
Accelerator, betatron      127
Accelerator, ion      123
Accelerator, phasotron      129
Accelerator, RF      127
Accelerator, RFlinac      129
Accelerator, RFQ      137
Accelerator, synchrotron      136
Accelerator, Van de Graaff      126
Atomic core      173 179
Atomic mass      2
Atomic particle      3 28
Atomic shell      2 77 176
Atomic structure      172
Auger decay      196 296 332
Aurora      8 42
Autoionization      87 198 262 284
Autoionization probability      200 298
Betatron oscillation      127
Bethe logarithm      282
Bethe — Bloch equation      146
Black-body radiation      28
Bohr formula      79 172
Bohr magneton      205
Bohr model      77
Bohr postulates      78
Bohr radius      80 81
Boltzmann constant      29
Boltzmann law      31 89
Bouguer — Lambert — Beer law      251
Bragg reflection      39
Breit operator      219
Breit — Dirac Hamiltonian      220
Breit — Wigner profile      298
Bremsstrahlung      98
Bremsstrahlung elementary process      109
Bremsstrahlung, atomic      111
Bremsstrahlung, nucleus-nucleus      110
Bremsstrahlung, quasi-free      111
Bremsstrahlung, secondary-electron      111
Bremsstrahlung, spatial distribution      102
Bremsstrahlung, spectral distribution      105
Brightness luminance      24
Brightness of x-ray sources      122
Camera obscura      40
Classical charge radius      3 102
Coefficient absorption      66 251
Coefficient attenuation      251
Coefficient rate      88 263
Coefficient, Einstein      30
Coherence      33 120
Compton scattering      66
Compton wavelength      68
Continuity equation      92
Cooling force      145
Cosmic barcode      24
Cosmic x-ray sources      11
Coulomb, field      4 28 80
Coulomb, interaction      309
Coulomb, potential      83 206
Cross section capture      168
Cross section definition      87
Cross section ionization      168
Crossed-beams technique      310
Cyclotron accelerator      128
Cyclotron frequency      128
Darwin (contact) term      220
de Broglie wavelength      43
Debye length      93
Debye screening      92
Degeneration      81 234
Detailed balance, principle of      267 291 298
Dielectronic capture      295
Dielectronic probability      298
Dielectronic recombination      87 262 277 295
Dielectronic resonance      301
Dielectronic satellites      176 297
Diffraction      32
Dipole transition      175 183
Dirac equation      204
Distribution charge-state      98 140 169
Distribution, Boltzmann      89 265
Distribution, Maxwell      74 88 147 263
Distribution, Planck      29 265
Distribution, Saha      90 265
Doppler broadening      249
Doppler effect      45 71
Doppler formula      48 52
Doppler profile      75
Doppler shift      51 121
Doppler width      203
Earth's atmosphere      4 57
Earth's ionosphere      5
Earth's magnetosphere      5
EBIS (electron-beam ion source)      166
EBIT (electron-beam ion trap)      166
Einstein coefficient      30 270
Electric dipole transition      184 185 190
Electric quadrupole moment      212
Electric quadrupole transition      185
Electron beam ion source (EBIS)      166
Electron beam ion trap (EBIT)      166
Electron capture      72 262 308 316
Electron classical radius      3 102
Electron cooling      142 145
Electron cyclotron resonance (ECR)      94
Electron impact ionization      95 281
Electron temperature      147 264
Emittance      134
Equilibrium, non-thermal      265
Equilibrium, thermodynamic      30 88 261
Evaporative cooling      170
Faraday's law      125
Feynman diagram      215
Fine structure      204
Fine-structure constant      120
Finite-size correction      209
Fluorescence yield      298
Focusing mechanisms      132
Forbidden transition      194
Fourier transform      33 105
Fusion, criterion      155
Fusion, heavy-ion driven      322
Fusion, thermonuclear      153
Gaunt factor      109
Heisenberg uncertainty principle      36
Hohlraum      326
Hollow atoms      327
Hyperfme splitting      211
Impact parameter      108
Interference      32
Intra-beam scattering      149
Ion accelerator      123
Ion cooler ring      141
Ion source      86
Ion-ion collisions      308
Ionization multiple      90
Ionization, auto      196
Ionization, direct      281
Ionization, electron impact      95 261
Ionization, potential      95
Ionization, radiative      87
Ionization, resonant      287
Ionization, step-by-step      168
Kirchhoff's laws      26 57
Klein — Rosseland formula      275
Lamb shift      214
Lambert's law      251
Landau — Ziner model      316
Lande factor      242
Lande rule      221
Langmuir oscillations      92
Laplace equation      93
Larmor frequency      94
Larmor radius      147
Laser cooling      56
Lawson criterion      155
Lienard — Wiechert potential      100
Lifetime, excited states      76 195
Lifetime, ion beam      142
Lifetime, radiative      195
Lightning      6
Line broadening      75 249
Line emission      26 57 247
Line polarization      258
Line profile      75
Line shape      74 246
line width      246 253
Liouville's theorem      134
Lorentz force      94
Lorentz gauge      99
Lorentz profile      76
Lorentz — Einstein transformation      49
Magnetic dipole moment      212
Magnetic effects      211
Magnetic field      22 76 93 240 307
Magnetic lenses      45
Magnetic rigidity      142
Mass defect      3 154
Mass number      3
Maxwell's equations      22
Microscope, scanning electron      44
Microscope, scanning tunneling      17
Microscope, x-ray      39
Moller interaction      287
Mossbauer effect      70
Multiplet      221
Multipole      159 175 186
Nuclear magneton      212
Nuclear-size correction      215
Oscillator strength      186 273
Over-barrier model      329
Parity      175
Partition function      265
Pauli equation      205
Photo excitation      261
Photo ionization      251 261
Photo recombination      262 302
Photo-electric effect      61 63
Photon      29
Pinhole camera      40
Planck constant      25
Planck formula      29
Plasma frequency      91
Plasma ion sources      13
Plasma neutralizer      309
Plasma parameters      90
Plasma processes      260
Plasma self heating      157
Plasma thermodynamic equilibrium      88
Plasma, non-equilibrium      265
Plasma, toroidal      153
Plasmon frequency      332
Pointing vector      101
Poisson equation      92
Polarizability      228
Polarization of radiation      256
Radiation power      115 120
Radiation quantum nature      61
Radiation spectrum      22
Radiation, black-body      28
Radiation, monochromatic      24
Rate coefficient      88 263 303
Rate equation      96
Rayleigh — Jeans formula      29
Resonance condition      296 298
Resonance strength      299
Resonant absorption      71
Resonant acceleration      127
Resonant defect      316
Resonant ionization      287
Resonant, elastic scattering      278
Resonant, electron capture      316
Resonant, electron heating      159
Resonant, excitation      277
Resonant, excitation auto-double ionization      287
Resonant, excitation double autoionization      287
Rosen — Ziner — Demkov model      316
Rydberg constant      79 172
Rydberg formula      77
Saha equation      292
Scattering, basic experiment      61
Scattering, Compton      62 66
Scattering, intra-beam      149
Scattering, Thomson      62
Schrodinger equation      61 202
Selection rules      182 199 237 242 271
Separatrix (HF bucket)      131
Solar chromosphere      10
Solar corona      1 10
Solar flare      10
Solar photosphere      10
Solar spectra      2 58
Solar wind      10
Spin-orbit interaction      180 208
Stark effect      232
Stark effect in H-like ions      238
Stark effect, linear      236
Stochastic cooling      149
Stopping power      141
Stopping, potential      65 66
Storage ring      141
Synchrotron oscillations      131
Thomson cross section      281 282
Thomson scattering      62
Three-body (ternary) recombination      87 262 281 290 294
Tokamak      153
Transition probability      186
Two-photon transition      190 193
Undulator      120
van Huygen's principle      32
Van Regemorter formula      273
Wannier's law      283
Wave, mechanics      61
Wave, period      22
Wave, vector      21
wavefunction      80 81 183 220 287 300
Wavelength      21 25
Weisskopf theory      246
Wideroe condition      127
Wien's Law      31
Wiggler      120
work function      64 330
X-ray spectra      12 110 223
Zeeman effect      240
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