Cylinder, conducting, current distribution in 461—464
Cylinder, conducting, in uniform field 224 286 288
Cylinder, conducting, in uniform field, with dielectric 400 401
Cylinder, conducting, line charges parallel to 118 119 223
Cylinder, dielectric, conducting strip on 369 370
Cylinder, dielectric, in uniform field 227 401
Cylinder, dielectric, line charges parallel to 226 228
Cylinder, inversion in 255—259
Cylinder, magnetic, in uniform field 241 242
Cylinders, coaxial, equidiameter 421—431
Cylinders, coaxial, infinitely long 428 429
Cylinders, coaxial, with finite gap 427 428
Cylinders, contacting 370 371
Cylindrical coil, electric field of 468
Cylindrical coil, magnetic field of 493
Cylindrical ring, hollow 458 459
Cylindrical shell, dielectric, in uniform field 401
Cylindrical shell, magnetic 404
Cylindrical shell, magnetic, in uniform field 401
Cylindrical shell, magnetic, shielding effect of 403 404
Diamagnetic materials 42
Dielectric breakdown strength of insulators 24 25
Dielectric flux 5 72
Dielectric flux density 5 72
Dielectric flux density, of long line 116
Dielectric flux lines 5 197
Dielectric flux tube 6 197
Dipolar coordinates 495
Dipole line charge 123 286 288
Dipole line charge, grating 295—298
Dipole line charge, grating, in uniform field 297 298
Dipole line current 136
Dipole line current, magnetic moment of 137
Dipole moment, electric 92
Dipole moment, of dipole line 123 289
Dipole, electric 92
Dipole, magnetic 143
Dirichlet boundary value problems 363
Disk see "Circular disk" "Elliptic
Dissipation into heat 70
Dissipation into heat, as a minimum 80: 2
Divergence 541
Divergence theorem 543
Divergence theorem, in two dimensions 280
Divergence, in cylindrical coordinates 545
Divergence, in orthogonal coordinates 442
Divergence, in spherical coordinates 545
Divergence, of field vector 72 73
Dot product of vectors 539 540
Earnshaw's theorem 38: 19 85
Eigen functions 384
Eigen Values 384 see
Electric charge density, "bound" 12
Electric charge density, fictitious 12
Electric charge density, fictitious, for axisymmetrical systems 415
Electric charge density, for semiconductors 71
Electric charge density, from curvilinear squares 203
Electric charge density, line 116
Electric charge density, line, in inverse system 247
Electric charge density, measurement of 175
| Electric charge density, on circular disk 452
Electric charge density, on elliptic cylinder 406
Electric charge density, surface 6 71 see
Electric charge density, surface, in inverse system 247 257
Electric charge density, surface, on ellipsoid 450
Electric charge density, surface, on ellipsoid, oblate 452 500
Electric charge density, surface, on ellipsoid, prolate 108 109 453 506
Electric charge density, surface, on elliptic disk 451
Electric charge density, surface, on parallel cylinders 122
Electric charge density, volume 5 72
Electric charge density, volume, in conformal mapping 305
Electric field lines 2
Electric field lines, differential equation of 2 3
Electric field lines, differential equation of, in axisymmetrical system 83 92
Electric field lines, for dipole 92
Electric field lines, for dipole, line 124
Electric field lines, for lines, parallel 117 200
Electric field lines, for point charges 84 205
Electric field lines, for point charges, near plane, conducting 87
Electric field lines, for point charges, near sphere, conducting 90
Electric field lines, mapping of 176 177 201 204
Electric field lines, mapping of, by conformal mapping 303 304
Electric field lines, mapping of, by conjugate functions 282
Electric field lines, mapping of, by current sheet model 183—185
Electric field lines, mapping of, by curvilinear squares 201
Electric field lines, mapping of, by electrolytic trough 191
Electric field lines, mapping of, by hydraulic flow lines 194
Electric field lines, mapping of, by images 216—229
Electric field lines, mapping of, by relaxation method 267 268
Electric field lines, mapping of, by straw probe 177
Electric field lines, mapping of, in axisymmetrical system 204
Electric field lines, mapping of, in axisymmetrical system, by relaxation method 268 269
Electric field strength 2 72 73
Electric field strength, by relaxation method 267
Electric field strength, for condenser, plane 335
Electric field strength, for condenser, with several dielectrics 146 147
Electric field strength, for cylinder, and line 118
Electric field strength, for cylinder, in uniform field 224
Electric field strength, for cylinders, coaxial 147
Electric field strength, for cylinders, optimum value of 148
Electric field strength, for dipole 92
Electric field strength, for dipole, line 124
Electric field strength, for ellipsoid, prolate 108
Electric field strength, for point charges 82
Electric field strength, for spheres, concentric 151
Electric field strength, from conformal mapping 304
Electric field strength, from conjugate functions 283
Electric field strength, near rounded corner 375 376
Electric intensity 2 see electric"
Electrolytic trough 187—193
Electrolytic trough, use for axial symmetry 190
Electromotive force 73
Electron lens 421
Electron lens, paraboloidal 513
Electron lens, two-cylinder 421
Electron optical field, electric 416 417
Electron optical field, in aperture, circular 431—433
Electron optical field, magnetic 419 420
Electrostatic equipotential surfaces 4 72
Electrostatic equipotential surfaces, of dipole 93
Electrostatic equipotential surfaces, of line charge, finite 107
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