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Stratton J.A. — Electromagnetic Theory
Stratton J.A. — Electromagnetic Theory



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Название: Electromagnetic Theory

Автор: Stratton J.A.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1941

Количество страниц: 631

Добавлена в каталог: 19.11.2012

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Laplace's equation, solution in orthogonal coordinates      197—201
Laplacian in curvilinear coordinates      47 49
Laplacian, invariance of      63 64
Larmor      145 464
Legendre equation      199
Legendre functions      400—404
Legendre functions, associated      182 608
Legendre polynomials      173
Lienard      475
Lindenblad      449
Linder      266
Lines of force      161
Livens      134 145
Lorentz      59 321 322 599
Lorentz transformation      77 78 81 475
Love      143 464
Macdonald      134 464 478
Macroscopic theory, limits of      2 327 509
Magnetic charge      228—229 241 464
Magnetic current      464
Magnetic flux, definition of      8
magnetic moment      229
Magnetic shells      237
Magnetic type, field of      30 351 526 555 566
magnetization      13 229 235 236—237
Magnetomotive force, definition of      21
Magnetostatic problem, formulation      254—256
Magnetostriction      156
Manneback      445
Mason and Weaver      110 134 194
Mathieu equation      200 375—377
Mathieu functions      376—380
McPetrie      449
Mead      537
Metal optics      503
Metrical coefficients      42
Michelson      74 75
Mie      60 415 566
Minkowski      59 60 81
Moeglich      573
Momentum, conservation of      104
Momentum, electromagnetic      103—104 157—158
Morley      74 75
Morse      376 387 404 470
Multipoles      162 176—183 236 431—434 572
Neumann problem      461
Newton, unit of force      20
Niessen      582
Norton      585
Octupole      181
Ohm's law      14
Operational calculus      310
Optic axes      342
Orthogonal transformations      61 63
Parabolic coordinates      54
Paraboloidal coordinates      57
Paramagnetic media      13
Pauli      60 75 158
Penetration factor      504 536
Permanent magnets      129
Permeability, at high frequencies      508
Pfannenberg      510
Pfeiffer      506
Pfister      514
Phase constant $\alpha$      276
Phase of plane wave      274
phase velocity      274 276 337—340
Phase velocity in conducting medium      502
Phase velocity in dispersive medium      324
Phase velocity in hollow cylinder      540
Phase velocity in ionized medium      327 329
Phase velocity, greater than c      518—519
Phillips      188 189
Picht      499
Piecewise continuity      286
Pierce      599
Pistalkors      455
Planck      463
Plane of incidence      490
Plane of vision      596
Plane waves, inhomogeneous      340 360 511
Pockels      142 143 145 461
Poincare      346 461
Point charge      104 162
Point charge, moving      473—475
poisson      228
Poisson ratio      95
Poisson — Parseval formula      387
Poisson's equation      162 166—167 230
Polar vectors      67 72
Polarization of moving dielectric in magnetic field      266
Polarization potentials      30 185
Polarization vectors, definition of      11
Polarization, circular      280 500
Polarization, electric      11—12 183—185
Polarization, elliptic      280 500 506 509 566
Polarization, linear      280
Polarization, magnetic      11—13 242—245
Polarizing angle      497
Potential, complex      32—34
Potential, elastic      94
Potential, electrostatic      160
Potential, electrostatic in two dimensions      219—220
Potential, polarization      30 185
Potential, retarded      428—430
Potential, scalar      23—28
Potential, scalar, of magnetostatic field      226—228
Potential, vector      23—28 226
Potential, vector, of current distribution      233—235 253
Potential, vector, of magnetized body      242
Poynting theorem      131—137 457—458
Poynting vector      132
Poynting vector, complex      135—137
Principal axes of stress      86 87
Principal axes, of strain      89 92
Principal wave in cylindrical conductor      530 531—537
Principal wave in hollow pipes      538
Principal wave, in coaxial line      548
Propagation along an infinite plane surface      517—524
Propagation along cylindrical conductor      527—537 591—594
Propagation factor for coaxial line      548 552 554
Propagation factor for hollow cylinder      539—540
Propagation factor k      273 276
Propagation factor, for circular cylinder      526 529
Propagation in hollow pipes      537—545
Propagation in homogeneous conductor      277—278 297—309 318—321
Propagation in homogeneous dielectric      274—276 292—297
Propagation in ionized media      327—330
Propagation of radio waves, over flat earth      573—587
Propagation of radio waves, over spherical earth      587
Propagation, along coaxial line      545—554
Q, for spherical cavity      563
Quadrupole      177 179 182 433—434 480
Quantum theory      2
Quasi-stationary state      225 438
Radiation condition      485—486
Radiation field of current element      440
Radiation from electric dipole      436—437
Radiation from linear antenna      441—444
Radiation from magnetic dipole      438
Radiation from quadrupole      434 480
Radiation from sphere      568—570
Radiation from traveling wave      445
Radiation reaction      476
Radiation resistance of magnetic dipole      438
Radiation resistance of traveling wave      446
Radiation resistance, of linear antenna      444
Radiation, from antenna arrays      449—454
Rayleigh      537 572
Reciprocal vectors      39 60
Reciprocity theorem      479
Reflection by dielectric      495
Reflection by earth's surface      579
Reflection coefficient      496 506 508 510 579 585
Reflection coefficient of plane sheet      513—515
Reflection, by conductor      505
Reflection, total      497—500 583
Refraction in dielectric      495
Refraction of dipole radiation in earth      579—582
Refraction, in conductor      501—505
Refractive index      275 321—324 329 495
Regular curve, definition of      4
Regular surface, definition of      4
Relativity postulates      74—75
Relaxation time      15
Residue at a pole      315
Retarded potentials      428—430
Rice      585
Righi      28
Ritz      75
Rolf      585
Rosa      16
Roth      514
Rubens      327 508
Rubenstein      470
Rubinowicz      463 488
Runge      343
Sacerdote      150
Scalars, invariant and variant      62 65
Scattering from sphere      568—569 572 597
Schaefer      499 572
Schelkunoff      282 350 464 470 516 537 596
Schriever      537
Self-inductance      264
Sellmeyer      321
Shea      503
shear modulus      95
shielding      504
Signal velocity      338—340
Silberstein      32
Similitude      488—490
Single-layer distributions      187—188 192 193
Six-vector      69
Skin effect at a plane surface      520—524
Skin effect, in cylindrical conductor      531
Skin-depth factor      504 536 563
smith      484
Smythe      201
Snell's laws      491 501 579
Snell's laws for conducting medium      502
Solenoid, field of      232—233
Solid angle      189
Sommerfeld      18 59 60 242 334 367 391 475 485 524 527 528 573
Sommerfeld and Runge      343
Southworth      537
Spectral density      289
Sphere, in an electrostatic field      201—207
Sphere, natural oscillations of      554—563
Spherical Bessel functions      404—406
Spherical coordinates      52 199
Spherical harmonics      182 403
Spherical wave functions      404
Spheroidal coordinates      56 200
Spheroidal wave functions      420—422
Stationary field, properties of      225
Steepest descent, method of      368
Step function      289 316
Stoke's theorem      6
Strain quadric      89
Strain, components of      91
Strain, definition of      87
Streamlines      3
Stress quadric      87 101
Stress tensor, electromagnetic      98—99 147 154
Stress, definition of      85
Strutt      376 585
Surface charge, relation to polarization      184
Surface wave      584—587
Susceptibility, electric and magnetic      12
Susceptibility, measurement of      258
Tedone      464
Telegrapher's equation      346 550
Tensor product      82
Tensor, definition of      65 68
Tensor, symmetric and antisymmetric      66
Tensor-divergence theorem      99
Tesseral harmonics      403 555
Thomson's theorem      114 138
Titchmarsh      288
Tonolo      464
Toroidal coordinates      218
Torque on ellipsoid      215—217
Torque, on dipole      176 242
Total reflection      495 497—500 583
Transmission coefficient      496
Transversality      470 476
Transverse electric field      351 499 526—527 538
Transverse magnetic field      350 499 518 520 526—527 538 555
Transverse voltage      549
Transverse waves      271
Uller      584
Uniqueness of solution      196—197 256—257 486—488
Unit vectors      41 48
Unitary vectors      39 60
UNITS      16—23 238—241 489
Units, electromagnetic      17 240
Units, electrostatic      240
Units, Gaussian      241
Units, m.k.s.      18—23 241
Units, practical      17 21
Units, rationalized      239
van der Pol      582 587 591
Van Vleck      480 481
Vector wave functions      393 395
Vector wave functions, cylindrical      395—399
Vector wave functions, spherical      414r—418
Voigt      143
Wallot      18 589
Watson      201 298 320 358 369 404 538 542 557
Wave-front velocity      337—340
Weber, unit of flux      20
Weyl      577 584
Whittaker and Watson      201 211 286 315 362 375
Wiechert      475
Wiener      312
Wilmotte      449
Wilmsen      572
Wilsey      503 506
Wise      585
Woltersdorff      513
Young's modulus      95
Zahn      537
Zenneck      584
Zonal harmonics      402
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