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Greiner W. — Classical electrodynamics
Greiner W. — Classical electrodynamics

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Название: Classical electrodynamics

Автор: Greiner W.

Аннотация:

The series of texts on Classical Theoretical Physics is based on the highly successful series of courses given by Walter Greiner at the Johann Wolfgang Goethe University in Frankfurt am Main, Germany. Intended for advanced undergraduates and beginning graduate students, the volumes in the series provide not only a complete survey of classical theoretical physics but also an enormous number of worked examples and problem to show students clearly how to apply the abstract principles to realistic problems.


Язык: en

Рубрика: Физика/Общие курсы/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1998

Количество страниц: 555

Добавлена в каталог: 09.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$\delta$-function      13
$\mu$-mesonic atoms      36
Aberration equation      473
Addition theorem for spherical harmonics      83
Admittance      396
Advanced potentials      420
Ampere's second law      192
Analytic      102
Analytic continuation      109
Analytic properties of the index of refraction      387
Anomalous dispersion      326
Associated Legendre polynomials      82
Bessel's differential equation      372
Bessel's inequality      73
Betatron      242
Biot — Savart law      186 468
Bohr magneton      220
Bohr radius      36
Boltzmann's distribution law      153
Boundary-value problem      45
Brewster's angle      348
Capacitance      19 41
Capacitive resistance      297
Capillary rise method      168
Cauchy — Hadamard formula      109
Cauchy — Riemann differential equations      102 103 114
Cauchy's integral formula      107
Cauchy's theorem      105
Causality      393
Center of inversion      57
Chain-of-circle procedure      110
Charge conservation      185
Charge density      126
Circularly polarized wave      310
Classical electron radius      38
Clausius — Mossotti formula      151
Coaxial cable      360
Coaxial line      265
Coil      197 244 263
comets      268
Complete set of functions      70
Completeness relation      73
Complex conjugation      101
Complex differentiable      102
Complex functions      102
complex numbers      100
Complex plane      101
Complex potential      115
Conductivity      254
Conjugate momenta      492
Conservation law of energy      477
Conservation law of momentum      477
Conservation laws      477
Constitutive equations      252
Continuity equation      185 251 462
Continuity equation in differential form      251
Contraction      461
Convergence in square mean      72
Convolution theorem      78 395
Coulomb force      5
Coulomb gauge      205 410
Coulomb law      4
Coulomb potential      5
Covariance      462
Covariant lagrangian formalism      482
Curie temperature      226
Curie's law      225
Current density      185
Current four-vector      462
Cylindrical capacitor      21
Damping time      322
De Broglie relation      308
Deelectrification      144
Deelectrification factor      144
Deformation polarization      132
Determination of nuclear radii      36
Diamagnetics      225
Diamagnetism      227
Dielectric displacement      128
Dielectric polarization      151
Dielectric susceptibility      136
Dielectrics      132
Dipole density      21 128
Dipole layer      21
Dipole moment      21 25 86
Dipole vector      24
Dirichlet boundary conditions      47
Dispersion relation for electromagnetic waves      303
Dispersion relation for electromagnetic waves in vacuum      305
Dispersion relation in a conducting medium      318
Dispersion relations      398
Dispersive media      381
Displacement current      251
Displacement polarization      152
Distributions      13
Doppler shift formula      473
Drude's formula      326
Effective current      292
Effective voltage      292
EINSTEIN's summation convention      259
Electret      134
Electric field intensity      7
Electric motors      245
Electric potential      11
Electric susceptibility      130
Electromagnetic waves in matter      316
Electromagnetic waves in vacuum      302
Electrostatic energy      156
Electrostatic unit      6
Electrostriction      163
Elliptically polarized wave      310
Energy density of the electric field      30
Energy-momentum tensor      475
Essential singularity      112
Euler — Lagrange equations      478
Extinction coefficient      321
Faraday's Law of Induction      237
Ferroelectric crystals      134
Ferroelectrics      130
Ferromagnetics      225 226
Field equations      462
Field tensor      462
First ampere's law      187
Four-dimensional laplacian operator      461
Four-divergence      461
Four-gradient      303 461
Four-potential      463
Four-tensors      460
Four-vectors      460
Fourier analysis      306
Fourier integrals      75
Fourier series      73
Fourier transform      77
Frequency dependence of the conductivity      322
Frequency dependence of the index of refraction      327
Fresnel's formulas      339
Gauge invariant      410
Gauge transformation      205 410
Gauss theorem      11 27
Gaussian method      185
Gaussian positions      184
Gaussian system of units      6
General integral theorems      27
Generalized Fourier coefficients      71
Generalized index of refraction      320
Generalized momenta      478
Generalized ohm's law      253 294
Generalized permittivity      317
Green function      48
Green function of the poisson equation      66
Green's theorems      45
Group velocity      363
Hamilton's principle      478
Hamiltonian function      481
Helmholtz coils      196
Hertzian dipole      429
Hessian normal form      304
Hexadecupole deformation      94
Hexadecupole moment      95
Holomorphic      102
Huygen's principle      425
Hysteresis      226 232
Hysteresis loop      233
Identity theorem for holomorphic functions      110
Identity theorem for power series      109
Impedance      291
Index of reflection      333
Index of refraction      326 333
Induce charge      51
Inductance      291
Induction coefficients      277
Inductive resistance      291
Inessential singularity      112
Invariants      470
Inversion with respect to a sphere      57
Isolated singularity      112
Jacobi identity      470
Joulean heat      256
Kirchhoff's integral representation      422
Klein — Gordon equation      392
Kramers — kronig dispersion relations      399
Laplace equation      12 47 114
Laurent series      110
Laurent's expansion      112
Laws of reflection      339
Laws of refraction      339
Legendre differential equation      84
Legendre polynomials      79
Lenz's law      238 288
Lienard — Wiechert potentials      421
Light waves      379
Line-integrals      104
Linear motor      247
Linearly polarized      305
Lorentz force      191
Lorentz gauge      410 463
Lorentz transformation      458
Magnetic bottles      195
Magnetic charge      231
Magnetic dipoles      182 223
Magnetic energy      278
Magnetic field      181
Magnetic field in matter      222
Magnetic field intensity      223
Magnetic flux      237
Magnetic induction      187
Magnetic mirror      195
magnetic moment      181 213 219
Magnetic monopoles      193 270
magnetic susceptibility      225
magnetization      222
Magnetizing current      223
Mass spectrometer      200
Maxwell's equations      250
Maxwell's equations in a covariant form      470
Maxwell's equations in differential form      251
Maxwell's equations in vacuum      302 409
Maxwellian stress tensor      257
Mean free path      452
Method of electric images      50
Method of images      50
Minkowski space      458
Mirror nuclei      37
Molecular polarizability      150
Monopole moment      85
Multipole expansion      70 84
Multipole expansion in cartesian coordinates      88
Multipole moment      85
Multipoles constructed of point charges      96
Natural width      449
Neumann boundary condition      47
Normal dispersion      326
Oblate      94
Octupole moments      94
Oerstedt's law      193
Ohm's law      254
Ohmic power      256
Ohmic resistance      254
Optical theorem      402
Orientation polarization      152 153
Orthogonal functions      70
Orthogonality relation      70
Orthonormal system      70
Orthonormalization      78
Oscillating circuit      267
Oscillator strengths      326
Parallel-plate capacitor      19
Paramagnetics      225
Paramagnetism      225
Parseval's equation      73
Penetration depth      320
Permeability      224
Permittivity      136
Permittivity of vacuum      6
phase velocity      363
Photon mass      6
photons      308
Piezoelectric effect      134
Piezoelectricity      134
Plane of incidence      341
Plasma frequency      323
Point dipole      23
Poisson's equation      12 47
Polar molecule      133
Polarization      129
Polarization charges      124
Polarization density      126
Polarization plane      309
Polarization plane waves      309
Polarization vector      127
Ponderomotive forces      162
Power series      109
Poynting theorem      255
Poynting vector      255
Poynting vector of electromagnetic waves      308
Principal value      398
Principle of superposition      253
Prolate      94
Pyroelectric effect      134
Pyroelectricity      134
Quadrupole deformation      94
Quadrupole moment      87
Quasi-stationary currents      276
Radiation impedance      437
Radiation pressure      262 268
Radius of convergence      109
Rayleigh scattering      451
Reflection coefficient      336
Reflection laws      333
Refraction laws      333
Regular      102
Relativistic hamilton equations      493
Relativistic lagrange equations      485
Remanence      226
Residue      112
Residue theorem      112
Resonant cavities      354
Retarded Green function      419
Retarded potential      420
Right-hand rule      188
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