Schercliff J.A. — Vector Fields :: Электронная библиотека попечительского совета мехмата МГУ

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Schercliff J.A. — Vector Fields

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Название: Vector Fields

Автор: Schercliff J.A.

Язык:

Рубрика: Математика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1977

Количество страниц: 350

Добавлена в каталог: 31.10.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

$\mathrm{j} \times \mathrm{B}$ force      22 27 40 128 146 217 229 245 256 293 300
Acceleration      4 19 23 33 145 184 274 288
Acoustics      187 192 196 202
Aerofoil      290 303;
Aeronautics      215 288
Alfven wave      270
Alternating Current      21 80 120 243 259 271 313
Ampere's law      62 67 73 80 102 145 239 254 303
Analogue methods      150 155 161 177 239 295 311
Angular velocity      13 60 97 200 205 230 273 284
Archimedes      129
Area vector      9 12 43 79 148 221 234
Armature      60 78 269
Aspect ratio (wing)      295
Astrophysics      128 129
Back emf      25
Bernoulli's equation      186 199 215 283
Bessel functions      193 203
Biot — Savart law      41 62 107 114 154 235 241 271 295 315
Bluff body      215 231 290
Body force      21 128 274
Bound charge      20 73 89 102 168 237
Bound vortex      295
boundary conditions      152 178 249 265
Boundary conditions (electromagnetic)      115
Boundary layer      210 275
Boundary layer separation      231 275 291
Buckingham's theorem      183
Buckling of strut      180
bulk modulus      255
Capacitor      73 99 103 25
Cauchy — Riemann equations      166
Central force field      38
Centrifugal force      216 283 297
Centrifuge      101 145
Centroid (mass centre)      98 143 200 204 277
Chain reaction      134
Characteristic      201 316
Characteristic impedance      253 255 266
Charged particles      17 26 91 247
Chemical reaction      139 196
Child's law      197
Circuit (electrical)      73 77 81 102
Circularly-polarised wave      250 260 267
Circulation      33 62 114 219 287
Circulation round travelling loop      273
Closeness of field lines      52 54 137 212 231 233
Collisions      21 22 91 266
Combustion      13 3 196
Commutation (electrical)      78
Complex variable methods      165 171 219 231 243
Compressible fluid      184 204 273
Conduction (electrical)      17 133 154 238
Conduction (thermal)      see “Heat conduction”
Conjugate functions      159 166
Conservation statements      50 90 106 136 185 219 252 27
Conservative field      36 62 70 119 150 166 212 275
Continuum electrodynamics      17 20
Control surface (volume)      47 88 99 258 285 291 300
Convection (magnetic)      298
Convection (thermal)      198 278 298
Convection current (electric)      21 100 256
Coriolis acceleration      98 300
Cosine-quality      7 10 11 13 48 126 223
Coulomb's law      38 40 80 88 114 154
Criticality ix      178 181 195
Crocco's theorem      230
Current sheet      116 121
Curved streamlines      186 208 214 228
Curvilinear coordinates      59 264
Curvilinear squares      159 164 170 215 220 311 314
Cut surface      65 67 120 164
Cut-off frequency      265 266
Cylindrical polar coordinates      95 98
D/Dt derivative      145 184 215 230 274
Dam (seepage)      134 169 311
Darcy's law      133 134
Del operator, $\nabla$       127 137 207 227
Density (charge) q      12 20 56 89 138 173 233 237
Density (mass) $\rho$       12 49 83 138 148 185 297
Density (number) n      92 134 178 195 201
Diamagnetism      111 245
Dielectric constant, k      90 99 110
Dielectrics      17 73 89 99 107 168 238
Diffusion      10 133 154 181 196
Diffusivity, D      134 182 196 242 298
Dimensional analysis      183 196
dimensions      see “Units”
Dipole (electric)      26 57 80 107 145 269 314
Dipole (magnetic)      27 67 80 108 145 235 269
Direct current circuit      102 118 251 259
Direction cosine      2 4 10 144 229
dispersion      247 266
Displacement current, $\partial \mathrm{D} / \partial \mathrm{t}$       107 119 238 242
Displacement vector D      90 99 113 168 238
Dissipation      21 28;
Double integral      43 45 59 135
Doublet      57 171 231
Down wash      296 303
Drag      231 245 264 293 295 319
Drift velocity      21 24 26
Drumhead      194 202
Dual problems      161 166
Dupuit      134
Dynamo      78
Eddy currents      244
Eigenvalue      180 193
Electric flux      49 88 92 115
Electrochemistry      74
Electrolyte      20 155
Electromagnets      110 122
electromotive force (EMF)      24 74 110 175 229 238 313
Electrons      20 27 91 99 197 266
Electrostatics      17 52 70 73 88 99 102 131 161 173 177 237
Elliptic equations      200 316
Energy      19 33 35 81 110 112 138 147 185 198 253 293
Enthalpy, h      99 138 199 230
Entropy, s      37 140 198 199 230 278 297
Equipotential      40 57 99 120 131 134 152 233 311
Ether      105
Euler's equation      186 199 204 272 299
Exact (perfect) differential      38 56 153 218 231
Far field      271
Faraday's law      70 96 105 237
Faraday's law (for moving loop)      76 269
Ferrite      242
ferromagnetism      25 73 111 121 244
Fick's law      134 154 182
Field line      52 61 146 151 231 233
Field tube      54 120
Finite difference method      315 316
Fisdon      134 139 174 178 195
Flow in bend      282 285
Flow through orifice      275 286
Flow, flux intensity      10
Flowmeter (electromagnetic)      79 175
Flux      49 50 62 96 105 114 138 15
Flux linkage      56 64 102 104 146 212
Flux/gradient laws      132 134 173 184
Forced vortex      200 209 230 232
Fourier's law      132
Free charge      20 90 94 102 107 113 115 237
Free stream      289 293
Free surface      97 129 172 199
Free vortex      200 210 219 225 229 232 297
Free-surface waves      220
Fusion (thermonuclear)      129 245 251
Gas flow      1 7 61 101
Gauss's law      88 04 138 141 195 237
Gauss's theorem      137 195 198 226 232 285

Gradient theorem (Gauss corollary)      143 148 200 229 236 286
Gravity      37 98 128 186 199 216 220 274
Ground water      see “Seepage”
Group velocity      266
Gyroscope      98
H vector      109 238
Hall effect      24 27 267
Harmonics      192 202 249
Harmony      192
head      133
heat capacity      94 100 138 181 196 198
Heat conduction      10 49 93 99 132 154 173 233 307
Heat convection      198 278 298
Hele-Shaw flow      155 311
Helmholtz's equation      173 178 188 193 285
Helmholtz's theorem      279 283 299 314
Hodograph      172
Hydrostatics      128 145 184 297
Hyperbolic equations      200 316
Impedance      244 249 253
Impermeable wall      152 155 161 164
Incompressible flow      185 255 280 283 293
Induced drag      295
Induced velocity      33 296 303
Induction (electromagnetic)      18 88 261;
Induction motor      259 269 301
inductor      73 113 253 266
Inertia      204 218 286
Insulator      116 171
Integral approach suits only symmetrical problems      114 240
Interference      251 313
Intrinsic magnetisation      111
Invariance to axes      125 137 212
Inverse-square-law field      8 38 63 88 128 271
Ionised gas      24 27 91 111 119 129 245 266
Ionosphere      93 266
Irrotational field      208 212 218 239 270
Irrotational flow      215 218 275
Isocline      61 314
Kelvin's theorem      33 275 283 297 314
Kelvin's theorem (variable density)      279 289
Kinematic viscosity      196
Kinematic wave      201
kinetic energy      19 97 293
Kirchhoff's first law      69 102 138 176 239
Kirchhoff's second law      74
Lagrangian derivative      184
Laplace's equation      154 173 219 295 311 315
Laplacian operator, $\nabla^2$       149 173 188 284 299
Latitude, longitude      44 59 85
Levitation (magnetic)      81 245 263
Lift      232 264 293 296
Lifting line approximation      295
Line integral      33 62 88 95 130 272
Line source (sink)      151 164 171 315
Line vortex      210 225 279 294 303
Linear pinch      129 145
Linearisation      187
Longitudinal waves      190 202 248
Lorentz force      18 22 23 256
Lumped components      73 80 253
Magnetic circuit      120
Magnetic flux      49 55 71 120 122 235 252 268
Magnetic forming      245
Magnetic poles      113 268
Magnetic potential      see “Potential vector
Magnetic pressure      245 249 263 267 269 301
Magnetic shell      235 271
Magnetisation, M      25 67 108 233 244 301
Magnetohydrostatics      129 229
Magnetomotive force (m.m.f.)      121
Mass flow      49 94 139 293
Maxwell      102 104 245
Maxwell — Ampere law      105 107 110 116 118 238
Maxwell's equations, electric      238 246 255 264 271
Maxwell's equations, thermodynamic      231
Maxwell's stress      88 269 301
Meissner effect      111
Membrane      177 180 202
Membrane analogy      177 311
Microwaves      73 103 139 193 246 313
Mobius strip      48 82
Modes (wave-guide)      251 265 314
Moment of momentum (angular momentum)      228 273 280 301
Moment vector      13 16 43 101 234 236 311
Momentum      47 56 83 88 201 230 293
Momentum (electromagnetic)      256 265
Momentum flux      285 301
Moving field lines      52 269
Moving media      23 74 76 100 236
Multi-valued potential      64 165 219 290 300
Multiple-connectedness      65 97 219 225
MUSIC      192 202
Mutual inductance      75 235
Natural convection      278 297
Navier — Stokes equation      298
Near field      271
Nesting surfaces      123
Net efflux      50 88 93 136 257
Neutrons      134 178 195
Newton's law      19 92 186 216 239 286
Newton's Third Law      43 59 256
Non-linearity      184 204 216 283
Nuclear Power      see “Fission fusion”
Ohm's law      24 27 72 73 92 103 132 175 243 270
Ohmic losses, heating, dissipation      110 139 147 174 252
One-dimensional problems      178 217 246 315
Organ pipe      191
Orthogonal coordinates      45 59
p* (manometric pressure)      129 133 164 199 218
Paramagnetism      111
Perfect differential      see “Exact differential”
Permanent magnet      25 111 258
Permeability (hydraulic) k      133 154
Permeability (magnetic) $\mu$       111 120 244
Phase in skin-effect      244 313
phase velocity      265
Pipe flow      79 175 177 195 196
Plane waves      246 267
Plane, equation of      3 4 126 144
Plane-polarised waves      248 260 264 311
plasma      see “Ionised gas”
Plasma frequency      93 247 266
Plasma oscillation      91 100 107 266
Poisson's equation      167 173 176 195 233 284 312 316
Polar coordinates      30 66 95 164 176 195 219 232 269 300 306
Polarisation (dielectric) P      20 89 99 113 248
Polarisation (wave)      248
Polarisation current $\partial \mathrm{D} / \partial \mathrm{t}$       21 94 119 242 256
Porous media ix      10 133 154 182 218 311
Position vector r      4 8 59 79 98 127 144 228 235
Potential      37 56 64 130 150 173 212 261
Potential (electric) V      39 56 73 99 131 154 168 177 197 237 267
Potential (magnetic) U      64 120 154 168 233 271
Potential difference      74 79 99 160 170 176
potential flow      219 231 275;
Potential theory      178
Power      14 19 71 82 110 113 198 256 300
Poynting vector, S      88 257 260 267 301
Poynting's theorem      258
Pressure (fluid) p      10 43 101 123 186 216 234 272
Primary winding      113
Principal normal      4 5 186 214
Radiation pressure      249
Radiation resistance      253
Radius of curvature      4 5 186 214
Rayleigh's problem      196
Reactor kinetics      179
Rectilinear flow      208 217 281
Reflection of waves      190 201 249 311

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