Àâòîðèçàöèÿ
Ïîèñê ïî óêàçàòåëÿì
Domb C., Lebowitz J.L. — Phase Transitions and Critical Phenomena (Vol. 19)
Îáñóäèòå êíèãó íà íàó÷íîì ôîðóìå Íàøëè îïå÷àòêó?
Íàçâàíèå: Phase Transitions and Critical Phenomena (Vol. 19)Àâòîðû: Domb C., Lebowitz J.L. Àííîòàöèÿ: This series of publications was first planned by Domb and Green in 1970. During the previous decade the research literature on phase transitions and critical phenomena had grown rapidly and, because of the interdisciplinary nature of the field, it was scattered among physical, chemical, mathematical and other journals. Much of this literature was of ephemeral value, and was rapidly rendered obsolete. However, a body of established results had accumulated, and the aim was to produce articles that would present a coherent account of all that was definitely known about phase transitions and critical phenomena, and that could serve as a
ßçûê: Ðóáðèêà: Ôèçèêà /Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö ed2k: ed2k stats Ãîä èçäàíèÿ: 2001Êîëè÷åñòâî ñòðàíèö: 498Äîáàâëåíà â êàòàëîã: 19.03.2006Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Diffusion-limited pair annihilation (DLPA), local properties 208—210 Diffusion-limited pair annihilation-creation 74 176 Diffusionless random sequential absorption process 167 Diffusive mixing/spreading 61 149 176 208 259 Dilation operator 321 Dimensional regularization parameter 399 Dipoles, approaching boundary 363 Dipoles, bilocal operators 282 Dipoles, coincidence 381 Dipoles, contraction 293—294 295 297 300—301 352 353 360 382 462 Dipoles, Coulomb energy 283—285 Dipoles, MOPE approach 291—292 418 Dipoles, replacement 299 Dirac sea 40 Dirac — Hilbert space notation 19 Discontinuities 435 437 Discrete time systems 52 69—70 97 Disorder, -disorder contraction 399 Disorder, averaging over 259 Disorder, correction 402 Disorder, correlation 388 392 Disorder, environment 77 388—408 Disorder, interaction, time ordered 392 Disorder, intrinsic 278—279 Disorder, isotropic 389 Disorder, nonpotential (transverse) 388 389 395 407 Disorder, quenched 259 389 Disorder, renormalization 397—399 Disorder, static 389 Disorder, topological 42 Dispersion integral 435 dispersion relation 67 115 Displacement vector 268 Distance geometry 309 Divergences, bilocal operators 397—399 Divergences, local 282—284 380—381 395—396 Divergences, overlapping 324 DLPA see Diffusion-limited pair annihilation (DLPA) DNA, dynamics 215—220 DNA, gel electrophoresis 8 DNA, relaxation 217—219 DNA, reptation 10 DNA, structure 375 Domain of attraction, large 389 Domain, growth 47 389 Domain, statistics 214 Domain, wall, and spin-spin interaction 36 47 Domain, wall, as shock 144—145 Domain, wall, diffusion 149 171 Domain, wall, driving 185 187 Domain, wall, duality 74 79 81 163 176 179 188—191 210—211 Domain, wall, dynamics 134—136 Domain, wall, fluctuations 141—143 148—149 Domain, wall, hopping 188 Domain, wall, inASEP 105 117 Domain, wall, motion 145 Domain, wall, random walk 122 135 143 148 Domain, wall, stability 124—125 Domain, wall, types 146 Double 6-expansion 364—368 Double poles, two-loop diagrams 345—346 Drift, and hard-core interaction 104 Drift, diffusion-limited annihilation 195 Drift, distance 149 Drift, velocity 23 60 116 146—147 215 216 217 403 Driving process, effects 195 199 203 Droplets, boundaries at criticality 429—430 Droplets, energy cost 431 Droplets, instanton behaviour 441—442 Droplets, nature 260 Droplets, spin 431 Duality, domain wall 74 79 81 163 176 179 188—191 210—211 Dynamic matrix ansatz 89—95 99 101 Dynamical equations 5 Dynamical exponent 65 158 385 387 389 403 Dynamical scaling 63—65 Dynamical structure function 59—61 Dynamics, stochastic 3—4 14 Dynamics, ultraslow 389 Dyson — Schwinger equation 69—70 166 308 Edwards model 279 314 434 436 439—441 450 Edwards — Wilkinson universality 235 Effective field theory 378 Effective Hamiltonian 269 270 279 436 Effective system 6 Eigenstates 31 39 90 Eigenvectors 54 90 Eight-vertex model 5 52 160 Einstein relation 215 Elastic energy 371 Elastic manifolds see Polymers Elastic terms, anharmonicity 376 Elasticity, renormalization 401 404 405 electric field 104 167 217 Electron, motion 167 Empty interval probabilities 167 173 181 184 212 237—238 Enantiodromy 74—75 81n 82 162—164 173 Energy, -energy correlation function 257 408 Energy, barriers, random 42 Energy, expression, integral representation 86 Energy, function, Ising model 48 Energy, gap, and relaxation time 171 Energy, gap, finite 67—68 Energy, gap, free fermion systems 191—192 193 Energy, gap, limit behaviour 69 193 Energy, gap, volume independent 110 111 Equations of motion and global rescaling 305—307 Equations of motion for magnetization 187 Equations of motion, calculations 464 Equations of motion, consequences 305 466 Equations of motion, decoupling 164—167 169 Equations of motion, for time-dependent operators 198 Equations of motion, for vacancy strings 169 Equations of motion, free fermion model 184 187 213—214 Equations of motion, Glauber dynamics 187 Equations of motion, Pauli matrices 182 Equations of motion, solving 141 Equilibrium, distribution 54 104—105 117 Equilibrium, systems 4 57—58 EQUIVALENCE 72—74 Ergodicity 54—57 Error function 88 Euler, 301 Euler, 444 Exact exponent identities 272 Exact solution, dynamical equations 5 Exact solution, equilibrium systems 4 Exact solution, exclusion processes 136 148 Exact solution, many body systems 30—31 33 34 Exact solution, nonequilibrium systems 4 Exact solution, random sequential absorption process 167 Exact solution, reaction-diffusion systems 5 Exact solution, three state systems 29 excitons 13 49 176 196 222—223 Exclusion process and interface dynamics 231 Exclusion process with particle injection and absorption 79 Exclusion process, asymmetric 43 101 104 158 see Symmetric Exclusion process, discrete time 225—229 Exclusion process, elementary move 41 42 Exclusion process, exact results 136 148 Exclusion process, generalized 144 Exclusion process, integrability 50—51 Exclusion process, interaction 86 114—115 116 Exclusion process, k-step 125 Exclusion process, nonequilibrium 103 Exclusion process, partial 43 51 Exclusion process, partially asymmetric 113 Exclusion process, partially symmetric 96—97 Exclusion process, quantum Hamiltonian formalism 41—45 Exclusion process, single species 45—47 Exclusion process, symmetric 43 79—102 89 101 Exclusion process, traffic flow 154—157 Exclusion process, two-type 51 Exclusion process, universality 199 expansion see also Perturbative expansion Expansion, 1/d 449—450 Expansion, Flory approximation 354—355 Expansion, parameters 348 Expectation operators 4 Expectation values, calculation 204 Expectation values, connected and nonconnected 306 Expectation values, decay 66 Expectation values, density 168 Expectation values, equal time 394 Expectation values, Expectation values, quantitative behaviour 193 Expectation values, experimental measurement 22—23 Expectation values, observables 280 282 293 305—307 366—367 378 467 Expectation values, spectral decomposition 62 Expectation values, stationary 54 58 Expectation values, transformed systems 72 Experimental realizations 215—223 385 Exponential decay 63 65 Exponential relaxation 67 Extrapolation 349—351 406 429 430 433 447 448 Fermi edge 40 Fermion interaction quartics 194 Fermionic operators 175 177 fermions see Free fermion approach ferromagnetism 32 200—201 230 see Feynman, diagrams 286 290 318 Feynman, integrals 256—257 318 319 408 436 Field theoretical methods and fluctuating lines 408 Field theoretical methods and fluctuating lines, multilocal 257 258 Field theoretical methods and fluctuating lines, nonlocal 260 Field theoretical methods and fluctuating lines, O(N) model 413 414 Field theoretical methods and fluctuating lines, renormalization 333—334 392—393 Field theoretical methods and fluctuating lines, tethered membranes 279—305 Field theoretical methods, convenience 256 Finite systems 62—63 65 First-order transition kinetics 145 First-passage time 75—77 79 84 217—218 First-passage time, distribution 83—84 89 Fisher waves 172 Fixed point, cubic 432 433 Fixed point, Gaussian 365 369 404 432 Fixed point, Heisenberg 365 369 404 432 433 Fixed point, infrared (IR) 305 354 357 358 368 369—370 426 446 457 464 466 Fixed point, isotropic 399 405—407 Fixed point, perturbative 389 Fixed point, pure self-avoidance 451 Fixed point, renormalization group flow 404—405 Flat phase in simulations 451 Flat phase, fluid membranes 258 Flat phase, persistence 277 Flat phase, self-avoiding membranes 277 356 Flat phase, stability 263 272 278 Flory approximations, crumpled phase 275 Flory approximations, disordered system 391 Flory approximations, expansion 348 354—355 466n Flory approximations, fractal phase 388 Flory approximations, one loop order 407 Flory approximations, phase separation 371 Flory approximations, self-avoidance 266—267 276 278 376 Flow diagrams 368 369 403 404 432 Fluctuating lines, and field theories 408 Fluctuation-dissipation theorem 62 70 159 380 383 389 393—394 Fluctuation-dissipation theorem, perturbative 396 399 401 Fluctuations 230—236 272 374 Fluid membranes 256 257—258 261—262 431 Fokker — Planck equation 4 65 394 Folded phase, molybdenum disulphide 274 Forest construction 264 318 320 321 322 334—335 Four loop calculations 434 Four point correlator 82 Four vertex model 160 225 Fourier transform methods, density distribution 116 208 Fourier transform methods, disorder model 391 Fourier transform methods, dynamic matric ansatz 93 94 95 Fourier transform methods, dynamical structure function 59—60 Fourier transform methods, flat phase stability 268 Fourier transform methods, free fermion systems 192 Fourier transform methods, Gaussian variational approach 442—443 Fourier transform methods, longitudinal and transverse projectors 454—456 Fourier transform methods, master equation 63 Fourier transform methods, normalization 280 Fourier transform methods, self-duality 82 85 Fourier transform methods, string expectation value 183 Fractal dimension and renormalization 385 Fractal dimension, aluminium foil crumpling 275—276 Fractal dimension, calculation 264 278 356 446 Fractal dimension, crumpled swollen phase 257 259 Fractal dimension, crumpling transition 263 264 Fractal dimension, graphite oxide 275 Fractal dimension, Sierpinsky gasket 264 278 Fractal exponent 273 Fractal phase 77 277 356 388 Free energy 265 266 279 374 Free energy, density 436 439 442 Free fermion approach as mathematical tool 5 51 Free fermion approach, boundary conditions 211—212 213 Free fermion approach, classification 175 178 181—187 Free fermion approach, dynamical properties 191—193 Free fermion approach, exact results 197—200 Free fermion approach, formalism 24 175 Free fermion approach, Hamiltonian 178 180 189 194 Free fermion approach, interacting particle system 199—200 Free fermion approach, nearest neighbour interaction 191 Free fermion approach, one dimensional 200 Free fermion approach, physical meaning 193 Free fermion approach, relaxation times 191—193 Free fermion approach, stationary states 191 Free fermion approach, translation invariant 175—176 Free propagator see Response function Free “phantom” surface 280 Friction coefficient 401 Fugacity 408 412 Fusion, -pair annihilation process 183—184 Fusion, asymmetry 183 Fusion, branching process 167 169 191 Fusion, diffusion-limited 163 164 168—169 181 Fusion, reactions 72 Galilei transformation 66 199 Garden of Eden 160 Gauge theories, and random surfaces 256 Gaussian density profile 67 Gaussian disorder force 392 Gaussian elastic energy 280 Gaussian fields 390 413 Gaussian fixed point 365 369 404 432 Gaussian noise 377 390 392 Gaussian phase 386 Gaussian random walk 64—65 Gaussian variational ansatz 277 352 355 371 442—444 Gel electrophoresis 8 16 159 215—216 Gels, two-dimensional 278 Ghost coordinates 66 87 Gibbs measure 57 Glassy dynamics 389 Glauber dynamics and DLPA 74 Glauber dynamics and pair annihilation-creation process 51 Glauber dynamics, boundary conditions 213 Glauber dynamics, decoupling 185 Glauber dynamics, enantiodromic 164 Glauber dynamics, equations of motion 187 Glauber dynamics, equilibrium system 57 191 Glauber dynamics, free fermion systems 176 Glauber dynamics, Ising model 47—49 Glauber dynamics, nonfactorized state 191 Glauber dynamics, spin flip 13 49—50 76 213 214 Glauber dynamics, stochastic rules 188
Ðåêëàìà
-function 
-function 
|
|
Î ïðîåêòå