Авторизация
Поиск по указателям
Sernelius B.E. — Surface Modes in Physics
Обсудите книгу на научном форуме Нашли опечатку?
Название: Surface Modes in PhysicsАвтор: Sernelius B.E. Аннотация: Electromagnetic surface modes are present at all surfaces and interfaces between material of different dielectric properties. These modes have very important effects on numerous physical quantities: adhesion, capillary force, step formation and crystal growth, the Casimir effect etc. They cause surface tension and wetting and they give rise to forces which are important e.g. for the stability of colloids.
Язык: Рубрика: Физика /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 2001Количество страниц: 363Добавлена в каталог: 23.03.2006Операции: Положить на полку |
Скопировать ссылку для форума | Скопировать ID
Предметный указатель
2D (two-dimensional) 126 154 ABCs 305 Absorption 48 Absorption band 44 Active side 106 Additional boundary conditions 305 Adhesion 232 236 Adhesion, work of 232 235 Aerogel 318 Aerosol 317 Aluminum 39 40 72 Analytic continuation 205 Anions 321 324 328 Arago, D. F. 315 Arakawa, E. 165 Argument principle 198 209 210 Ashcroft, N. W. 77 ATR 306 307 313 ATR, angle scan 311—313 ATR, frequency scan 310 311 313 Attenuated total reflection 306 307 313 Axilrod — Teller interaction 177 Axilrod, B. M. 196 Back-bending 300 313 Beryllium 293 Bessel equation 283 Bessel equation, modified 272 283 Bessel functions, cylindrical 273 Bessel functions, modified 187 272 Bessel functions, spherical 261 Bj 165 Boer — Hamaker constant 190 223—225 252 Boer — Hamaker constant, 253 347 350 351 357 Boer, J. H. 196 Boltzmann constant 53 192 Boltzmann equation, generalized 57 Bostr 165 256 Brewster modes 298 300 312 Brillouin zone 290 Brownian motion 57 320 321 323 328 360 Bulk modes 17 Cadmium sulfide 73 114 285 Capacitance of the double layer 333 335 337 Capillary rise 244 245 247 Carotenuto, L. 284 Casimir force 97 138 154 157 158 190 207 208 212 220 Casimir force, finite temperature 142 229 230 Casimir force, zero temperature 139 Casimir — Polder interaction, see also Casimir force 207 208 Casimir, H. B. G. 138 165 Catalytic effects 179 Cations 321 324 328 Causality 68 76 CEM 154 158 163 165 Cerenkov radiation 73 Chapman, D. L. 360 Characteristic integral 186 217 Charge density 18 chemical potential 192 193 339 Chen, F. 165 256 Chiao, R. Y. 77 Chu, S. 77 Classical electron radius 80 Coagulation 320 Coalescence 269 320 Coalescence, non 269 Cohesion 232 236 Cohesion, work of 232 Colloid 317—321 324 329 335 336 339 349 352 356 359 360 Colloid, stability of 138 317 319—321 324 339 345 349 350 Conductivity 18 Constituent particles 80 Constitutive relations 18 19 Continuous phase 317 Contour, finite temperature 210 211 Contour, integration in complex frequency plane 198 Contour, zero temperature 199 201 Convolution integral 19 copper 45 Correlation energy 79 93 94 97 Correlation energy method 154 158 163 165 Correlation functions retarded 31 204 Correlation functions retarded, time ordered 93 204 Counter ion 321 323 324 328 335 337 Coupling constant 92 94 96 Craig, R. A. 165 Current density 18 Current drag 154 Cylinder 186 187 271 Cylindrical coordinates 271 Cylindrical coordinates, parabolic 277 Damping 35 Debye rotational relaxation 56 Debye — H 324 Debye — H 323 329 Debye, P. 77 Dell’ Aversana, P 284 Density matrix 82 Depeptization 321 Determinant 155 174 175 204 Determinant, Slater 83 Dielectric function 18 31 34 93 95 96 Dielectric function for insulator 42 287 Dielectric function for metal 45 151 Dielectric function for plasma 51 Dielectric function for water 60 222—224 Dielectric function, relation to conductivity 21 Dielectric matrix 155 Diffuse layer 321 323 328 334 335 337 Dipole moment 33 Dipole moment, permanent 54 168 170 171 Dipole moment, time dependent 202 Dipole-dipole interaction 175 177 181 184 Dispersed phase 317 Dispersion of light 24 34 35 43 44 69 70 107 108 114 116 Dispersion, anomalous 44 57 291 Dispersion, exciton 304 Dispersion, relations, Kramers Kronig 31 221 287 Dispersion, spatial 302—305 Dissipation 57 Distribution function 57 Distribution function, Boltzmann 193 Double layer 317 320 321 323 333 335 336 339—341 359 Double layer, flat 324 329 337 342 347 349 Double layer, spherical 326 336 355 Drude tail 50 Earthquake 285 307 314 EDGE 277 Effective area 182 187 188 Effective separation 225 Ehrenreich, H. 77 Eigenvalue equation 175 Electric displacement 18 electric field 18 Electrolytes 320 Emulsion 317 Emulsion, solid 317 Enders, W. 77 Energy density 79 109 Energy flux 109 Enthalpy 209 Equation of continuity 18 Equation of continuity Fourier transformed 21 Equation of motion 32 51 174 202 Equation of state 173 Equation of state, ideal gas 173 Equation of state, Van der Waals 192 Euler — Lagrange equation 248 Euler — Maclaurin summation formula 141 Evanescent modes 297 298 300 Exchange energy 79 81 85 90 93 94 97 Exchange hole 84 85 87 88 Exchange-correlation hole 88 Exciton, Frenkel 303 Exciton, Mott 303 Exciton, Wannier 303 Exner, F. 315 f-sum rule 37—39 45 97 161 Fano modes 298 300 Fermi — Dirac occupation number 93 Fermi, sphere 89 Fermi, temperature 53 Fermi, wave vector 37 Flocculation 320 322 323 336 353 354 358 359 Foam 317 Foam, solid 317 Force, dispersion 168 Force, electromagnetic 167 Force, fundamental 167 Force, gravitational 167 Force, hydration 320 Force, induction 168 Force, nuclear 167 Force, nuclear, strong 167 Force, nuclear, weak 167 Force, orientation 168 Force, steric 320 Fourier transform 18 363 Free energy, Gibb’s 193 209 Free energy, Helmholtz 142 170 171 209 Frequency summations 211 221 222 229 230 Fresnel’s equations 305 307—309 Friction 32 57 Friction, coefficient of 51 53 Friction, coefficient of mutual 51 Friction, inner 57 Gallium arsenide 154 285 Gauge, Coulomb or transverse 24 26 258 Gauge, Lorentz 24 28 Gauge, Lorentz, generalized 28 Gelatin 318 320 Gold 45 Gouy and Chapman theory 328 329 336 Gouy layer 337 Gouy, G. 360 Gradient, in cylindrical coordinates 271 Gradient, in parabolic cylindrical coordinates 277 Grating 297 Grigoriev, I, S. 256 Ground-state-energy-theorem 92 Halevi, P. 315 Half-space 186 187 Halo 314 Hamaker constant 190 223—225 252 253 Hamaker constant, 347 350 351 357 Hamaker, H. C. 196 Hankel functions 283 Hankel functions, cylindrical 273 Hankel functions, spherical 261 Harris, B. W. 165 256 Hartman, T. E. 77 Hartree Fock approximation 81 84—88 91 92 Heaviside unit step function 38 Heitmann, W. 77 Helium, liquid 197 253 Hermitian function 278 Hertz, H. 17 29 HF 81 84—88 91 92 Homogeneous phase 317 Hooke’s law 32 Hopfield, J. J. 315 Hydrophilic 319 Hydrophobic 318 319 Inagaki 165 Instantaneous interaction 26 insulators 32 Interface flat 99 Interface flat, non-planar 257 Internal energy 209 212 221 226 Ion 170 177 Israelachvili, J. 256 Jackson, J. D. 361 Jellium model 81 147 Khare, V. 315 Kleppner, D. 165 Kohn, W. 147 165 Kretschmann configuration 307 Kwiat, P. G. 77 Lamoreaux, S. K. 165 256 Lang, N. D. 147 165 Langbein, D. 196 Laplace’s equation 258 Laplacian, in cylindrical coordinates 271 Laplacian, in parabolic cylindrical coordinates 277 Larsen, A. E. 360 LC circuit, oscillations in 145 Lifshitz, E. 7 Lipophilic 319 Lipophobic 319 Lithium 208 212 Local approximation 18 London approximation 176 179 252 254 London, F. 173 196 Longitudinal field component 22 Lucas, A. A. 146 165 Lyddane — Sachs — Teller relation 42 289 Lyophilic 319 Lyophobic 319 Macroscopic objects 180 Magnetic field 18 Magnetic induction 18 Magnetic permeability 18 magnetization 19 Mahan, G. D. 165 196 Many-body theory 79 95 Maradudin, A. A. 306 315 Marangoni convection 270 Massless bosons 79 Maxwell, J. C. 17 29 Maxwell’s equations 18 Maxwell’s equations, Fourier transformed 21 Maxwell’s equations, in vacuum 64 Meilikhov, E. Z. 256 Meniscus 244 251 Mercury 149 151 153 233 Mermin, N. D. 77 Milk 318 Mode summation method 154 164 165 Models, dielectric function 34 Models, Drude’s classical 36 151 Models, generalized 36 Models, Lorentz’ classical 32 173 Mohideen, U. 165 256 Moment of inertia 57 MSM 154 164 165 Needle 282 Neitzel, G. P. 284 Newton’s Second Law 32 Nimtz, G. 77 Nordling, C. 165 Octupole 184 Ohm’s Law 18 19 Oleophilic 319 Oleophobic 319 Optical constants 60 Optical glory 285 314 Oscillator strength 38 Ostwald ripening 244 320 Oswald ripening 244 Otto configuration 307 310
Реклама
rk Patrik 
ckel, length 
|
|
О проекте