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
Jackson J.D. — Classical electrodynamics
Jackson J.D. — Classical electrodynamics

Читать книгу
бесплатно

Скачать книгу с нашего сайта нельзя

Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: Classical electrodynamics

Автор: Jackson J.D.

Аннотация:

A revision of the defining book covering the physics and classical mathematics necessary to understand electromagnetic fields in materials and at surfaces and interfaces. The third edition has been revised to address the changes in emphasis and applications that have occurred in the past twenty years.


Язык: en

Рубрика: Физика/Электромагнетизм/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: third edition

Год издания: 1999

Количество страниц: 808

Добавлена в каталог: 11.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
"Magnetic" waves      359 430
4-current      554
4-divergence      543
4-Laplacian      543
4-tensors of rank k      540—541
4-vector potential      555
4-vector, contravariant and covariant, definitions of      540—541
4-velocity, of particle      532
Abraham — Lorentz equation of motion      748
Abraham — Lorentz equation of motion, Dirac's relativistic generalization of      771
Abraham — Lorentz equation of motion, workable approximation to      749 772
Abraham — Lorentz model of electron      750 see
Abraham — Lorentz model of electron, difficulties with      754—755
Abraham — Lorentz model of electron, form factor in      754
Absorption coefficient, definition      310
Absorption coefficient, definition of ideal gas      466
Absorption coefficient, definition of liquid water as a function of frequency      315
Absorption coefficient, definition of sea water at low frequencies      315
Absorption, resonant      310
Absorption, resonant by oscillator      655 768
Absorption, resonant of radiation, by earth's atmosphere      467
Acceleration fields of charge in arbitrary motion      664
Acceleration, relativistic transformation of      569
Action, Lorentz invariance of      580
Addition of velocities, relativistic      530f
Addition theorem for spherical harmonics      110—111
Adiabatic invariance, of flux through particle's orbit      592f
Adiabatic invariance, of flux through particle's orbit of magnetic moment of particle      593
Admittance, field definition of      288
Advanced Green function for wave equation      245
Advanced Green function for wave equation, invariant expression for      613—614
Airy integrals, in terms of Bessel functions      678
Alfven velocity      321
Alfven waves      319f
Ampere's law      179
Angles of incidence, reflection and refraction      303
Angular distribution of radiation, from oscillating dipole      411 438 see "Multipole "Radiation"
Angular distribution of radiation, from oscillating quadrupole      415—416 438
Angular distribution of radiation, from relativistic accelerated charge      668f 678
Angular momentum density of the electromagnetic field, covariant form of the conservation law for      608 610
Angular momentum operator, L      428
Angular momentum operator, L and other vector differential operators, identities involving      428 432 441 472
Angular momentum operator, L and vector spherical harmonics      431
Angular momentum operator, L, commutation relations for      429
Angular momentum, electromagnetic of bound particle, slow change caused by radiation damping      750
Angular momentum, electromagnetic of multipole fields      432f
Angular momentum, electromagnetic, electromagnetic, expansion of, in plane waves      350
Angular momentum, electromagnetic, electromagnetic, of electric charge and magnetic monopole      277
Angular momentum, electromagnetic, in circularly polarized plane wave      350
Angular momentum, electromagnetic, rate of radiation of, by oscillating electric dipole      451—452
Anomalous dispersion      310
Anomaly, of magnetic moment of electron and muon      565
Antenna in wave guide      392 404 405
Antenna, as a boundary-value problem      418
Antenna, center-fed, linear      416f
Antenna, linear, radiation from in terms of multipoles      444f
Antenna, radiation resistance of      412
Antenna, short, linear      412
Aperture in wave guide or cavity, effective dipole moments of      421f
Arrival of a signal in a dispersive medium      335f
Associated Legendre functions      108
Attenuation coefficient      see "Absorption coefficient"
Attenuation length, for visible light in the atmosphere      467
Attenuation, in optical fibers      470—471
Attenuation, in optical fibers in resonant cavities      371f
Attenuation, in optical fibers in wave guides      363f
Attenuation, in optical fibers, boundary conditions      366f 374 401—402
Attenuation, in optical fibers, Rayleigh scattering limit for      470
Averaging procedure, to define macroscopic fields      249 253
Axial vector, definition of      270
Azimuthal symmetry, potential problems with      101f
Babinet's principle      488f
Bessel equation      112
Bessel functions      112f
Bessel functions of first kind, $J_{\nu}$      113
Bessel functions of second kind, $N_{\nu}$      113
Bessel functions of third kind, $H^{(1)}_{\nu}$, $H^{(2)}_{\nu}$      113
Bessel functions, connection with Airy integrals      678
Bessel functions, dual integral equations involving      132 205
Bessel functions, expansions involving      115 118 119 126 138 140 141 702 705
Bessel functions, Fourier transforms of $K_{0}$ and $K_{1}$      656
Bessel functions, Fourier — Bessel series      115 138
Bessel functions, Fourier-spherical Bessel series      119
Bessel functions, integral relations involving      118 126 132 140 142 205 493
Bessel functions, integral representation of      140
Bessel functions, Kapteyn series of      116 702 705
Bessel functions, leading behavior for large and small arguments      114 116 427
Bessel functions, limiting forms      427
Bessel functions, modified, $I_{\nu}$, $K_{\nu}$      116
Bessel functions, Neumann series of      116
Bessel functions, orthogonality, on finite interval      114—115 138
Bessel functions, orthogonality, on infinite interval      118 140
Bessel functions, recursion formulas      113 427
Bessel functions, Schlomilch series of      116
Bessel functions, series for $J_{\nu}$      113
Bessel functions, spherical      426—427
Bessel functions, Wronskians      427
Bessel functions, zeros of $H^{'}_{m}(x)$      370
Bessel functions, zeros of $J_{m}(x)$      114
Beta decay, emission of radiation during      730f
Bethe — Heitler formula for bremsstrahlung      717 719
Bibliography      785f
Biot and Savart law      175f
Biot and Savart law Jefimenko generalization of      247
Birefringence of the ionosphere      317
Bistatic cross section, definition of      457
Blue sky, Rayleigh's explanation of      465f
BMT equation for spin      561f
Boost parameter, relativistic      526
Born approximation, in scattering      464—465
Born — Infeld nonlinear electrodynamics      10
Bound states in wave guides      405—406
Boundary conditions, at interface between media      18 154 194
Boundary conditions, at interface between media at surface of, good conductor      353
Boundary conditions, at interface between media for dielectric wave guide      388—389
Boundary conditions, at interface between media for TE and TM waves in wave guide      359
Boundary conditions, at interface between media, Cauchy, Dirichlet, and Neumann      37—38
Boundary conditions, at interface between media, inconsistency in Kirchhoff's approximation for diffraction      480
Boundary conditions, at interface between media, mixed, example of      129f 205
Boundary conditions, at interface between media, perturbation of      366f 374 401—402
Boundary conditions, at interface between media, scatterer, in terms of surface impedance      475
Boundary-value problems, Green function method of solution      38f see "Resonant "Wave
Boundary-value problems, Green function method of solution in cylindrical coordinates      117f
Boundary-value problems, Green function method of solution in dielectrics      154f
Boundary-value problems, Green function method of solution in magnetostatics, methods of solving      194f
Boundary-value problems, Green function method of solution in rectangular coordinates      70f
Boundary-value problems, Green function method of solution in spherical coordinates      95f
Boundary-value problems, Green function method of solution in two dimensions      72f
Boundary-value problems, Green function method of solution, image method of solution      57f
Breit interaction      598
Bremsstrahlung      714f
Bremsstrahlung as scattering of virtual quanta      729—730
Bremsstrahlung at low frequencies      711
Bremsstrahlung in Coulomb collisions      714f
Bremsstrahlung, angular distribution of      712
Bremsstrahlung, Bethe — Heitler formula for      717 719
Bremsstrahlung, classical      716
Bremsstrahlung, frequency spectrum      716 717 719
Bremsstrahlung, inner      732
Bremsstrahlung, maximum effective momentum transfer in      713 715 718
Bremsstrahlung, nonrelativistic      717—718
Bremsstrahlung, polarization of      712
Bremsstrahlung, relativistic      718f
Bremsstrahlung, screening effects in      721f
Brewster's angle      306—307
Brillouin precursor      338
Canonical stress tensor      605—606
Canonical stress tensor for electromagnetic fields      606
Capacitance, definition of      43
Capacitance, definition of, variational principles for      53
Capacitance, of a circular disc, Cavendish's value for      19
Cauchy boundary conditions      38
Causal connection between $\mathbf{D}$ and $\mathbf{E}$      332
Causal Green function      614
Causality      330f
Causality in Coulomb gauge      242 291
Causality in Special Relativity      528
Causality, consequences in dispersion      334
Causality, lack of, with radiation reaction      748 772
Cavendish's apparatus for inverse square law      6—7
Cavity, resonant      see "Resonant cavity"
Center of mass, of electromagnetic energy      622
Center of mass, of electromagnetic energy, relativistic kinematics of      575
Characteristic time, in radiation damping      746
Charge conservation      175 238 777
Charge density, and current density as 4-vector      554
Charge density, and current density as 4-vector and current density of charged particle, covariant expression for      615
Charge density, and current density as 4-vector at sharp corners, edges, and points      78 106—107
Charge density, and current density as 4-vector at surface of conductor, quantum-mechanical      21
Charge density, and current density as 4-vector, effective magnetic      196—197
Charge density, and current density as 4-vector, induced by point charge near conducting sphere      59
Charge, discreteness of      4—5
Charge, discreteness of in uniform motion in vacuum, fields of      559—560
Charge, discreteness of, electric      25
Charge, discreteness of, electronic and protonic, equality of magnitudes      554
Charge, discreteness of, invariance of      554
Charge, discreteness of, quantization of, according to Dirac      275f
Charge, discreteness of, radiation emitted by sudden creation or disappearance of, in beta processes      730f 732f
Charged particle, dynamics      579f see
Charged particle, dynamics in uniform static magnetic field      585
Charged particle, dynamics, classical model of      759f
Charged particle, dynamics, different contributions to mass      761—762
Charged particle, dynamics, Lorentz force on      3 260 579
Charged particle, dynamics, motion, in nonuniform magnetic fields      588f
Charged particle, dynamics, Poincare stresses in      755—757 760f
Charged particle, dynamics, stability and covariance of energy and momentum      762—763
Cherenkov angle      638
Cherenkov radiation      637f
Circular current loop, fields of      181f
Classical electron radius      604 695 755
Classical limit, of angular momentum in multipole fields      435
Classical limit, of angular momentum in multipole fields of electromagnetic fields      3—4
Clausius — Mossotti relation      162
Closure      see "Completeness"
Coherence volume in transition radiation      649
Coherence, of scattering by collection of scattering centers      461—462
Collision time, for fields of relativistic particle      560
Collisions, Coulomb, energy loss in      625f
Collisions, Coulomb, energy loss in, radiation emitted during      709f
Commutation relations, for infinitesimal Lorentz transformation generators      548
Commutation relations, for infinitesimal Lorentz transformation generators of angular momentum operator, L      429
Complementary screen, definition of      488
Completeness relation      68
Completeness relation for Bessel functions on infinite interval      119 140
Completeness relation for complex exponentials      70 125
Completeness relation for spherical harmonics      108
Completeness, of set of orthogonal functions      68
Compton effect, modification of Thomson scattering by      696—697
Conduction in a moving medium      320 572
Conductivity, effect of, on quasistatic fields      218f
Conductivity, effect of, on quasistatic fields, relation to complex dielectric constant      312
Conductor, attenuation in      313
Conductor, attenuation in, boundary conditions at      352f
Conductor, attenuation in, definition of      50
Conductor, attenuation in, diffusion of fields in      221f
Conductor, attenuation in, fields at surface of      352f
Conductor, attenuation in, fields inside      220 354
Conductor, attenuation in, penetration or skin depth in      220 354
Conductor, attenuation in, surface impedance of      356
Conical hole or point, fields near      104f
Conservation, of angular momentum of particles and fields      288
Conservation, of charge and current      3 175 238 777
Conservation, of electromagnetic angular momentum, in covariant form      608
Conservation, of energy of particles and fields      258f 611
Conservation, of field energy and momentum, in covariant form      607 609
Conservation, of momentum of particles and fields      260 611
Constitutive relations      14
Continuity equation, for charge and current      3 175 238 777
Continuity equation, for charge and current, for electromagnetic energy flow      259
Continuity equation, for charge and current, in covariant form      555 610
Continuity equation, for charge and current, in dissipative media      264
Continuity, at interface, of tangential $\mathbf{E}$ and normal $\mathbf{B}$      18
Contraction of length      see "FitzGerald — Lorentz contraction"
Contravariant vector, definition of      540
Convective derivative, in Faraday's law      210
Convective derivative, in Faraday's law, in fluid flow      320
Conversion table, for equations in Gaussian and SI units      782
Conversion table, for equations in Gaussian and SI units, for given amounts in Gaussian and SI units      783
Correspondence principle of Bohr      704
Coulomb gauge, definition of      241
Coulomb gauge, definition of, and causality      242 291
Coulomb's law      24
Coulomb's law, Jefimenko's generalization of      246f
Coupling constant, running      12
Covariance, of electrodynamics under Lorentz transformations      553f
Covariance, of electrodynamics under Lorentz transformations, of physical laws under Lorentz transformations      517 540
Covariant expressions, for electromagnetic energy and momentum      757f
Covariant expressions, for equation of motion for spin      561f
Covariant expressions, for Lorentz force equation      557 580
Covariant expressions, for Maxwell equations      557
Covariant expressions, for radiative reaction force      771
Covariant vector, definition of      541
Critical frequency, as upper limit of frequency spectrum of radiation emitted by relativistic particle      673 679
Critical opalescence      469—470
Cross section, Bethe — Heitler, for bremsstrahlung      717
Cross section, classical particle scattering, relation to impact parameter      655
Cross section, classical, for bremsstrahlung      716
Cross section, definition of, for scattering of electromagnetic waves      457 694
Cross section, for scattering, and absorption of radiation by harmonically bound charge      766f
Cross section, for scattering, by large conducting sphere      499—500
Cross section, for scattering, by small conducting sphere      460 477
Cross section, for scattering, by small dielectric sphere      458—459
Cross section, Rutherford      625 714
Energy conservation between particles and fields      258f 610—611
Energy density, electromagnetic      259
Energy density, electromagnetic, effective, in dissipative media      263
Energy density, electromagnetic, electromagnetic, as (0,0) element of symmetric stress tensor      609
Energy density, electromagnetic, electrostatic      40f
Energy flow      259
Energy flow, in wave guide      363f
Energy flow, velocity of      323 325
Energy loss, Bethe's quantum-mechanical formula for      627
Energy loss, Bethe's quantum-mechanical formula for, Bohr's classical formula for      627
Energy loss, Bethe's quantum-mechanical formula for, by magnetic monopole      658
Energy loss, Bethe's quantum-mechanical formula for, density effect in      631f
Energy loss, Bethe's quantum-mechanical formula for, fluctuations in      631
Energy loss, Bethe's quantum-mechanical formula for, in collisions, relativistic      723—724
Energy loss, Bethe's quantum-mechanical formula for, in electronic plasma      656—657
Energy loss, Bethe's quantum-mechanical formula for, per revolution in circular orbit      667
Energy loss, Bethe's quantum-mechanical formula for, radiative, in collisions, nonrelativistic      718
Energy radiated, by accelerated charge, angular and frequency distribution of      673f
Energy radiated, by accelerated charge, angular and frequency distribution of, by accelerated magnetic moment, angular and frequency distribution of      704
Energy transfer, in Coulomb collision      625f
Energy transfer, in Coulomb collision, reconciliation of classical and quantum      630
Energy transfer, in Coulomb collision, to harmonically bound charge      655
Energy, electrostatic potential      40f
Energy, electrostatic, in dielectric media      165f
Energy, hyperfine interaction      190—191
Energy, magnetic      212f
Energy, of magnetically permeable body      214
Energy, relativistic, of a particle      537—538
Energy, self-      42 754
Energy-level shift due to radiative reaction      763f
Energy-momentum 4—vector      538
Equations of motion with radiative reaction      748—750 771—772
Ether      515
Ether drift experiments      519—522
Evanescent modes in wave guide      360
Excitation of waves in wave guide, by localized source      392f 419f
Expansion, of $|x-x^{'}|^{-1}$, in cylindrical coordinates      126 140
1 2 3 4 5
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2017
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте