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Saito Y. — Statistical physics of crystal growth
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Название: Statistical physics of crystal growthАвтор: Saito Y. Аннотация: This book gives a systematic overview on the scientific fundamentals of crystal growth from the classical phenomenological description to the recent theoretical contributions of statistical physics such as studies on surface roughening and on the pattern formation in the diffusion-limited growth.
The book emphasizes physical concepts as well as mathematical details, and is intended to serve as lecture notes for postgraduate courses.
Язык: Рубрика: Физика /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 1996Количество страниц: 185Добавлена в каталог: 01.12.2013Операции: Положить на полку |
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Предметный указатель
Solid-on-solid (SOS) model 23 25 29 124 Solution growth 9 67 101 Solvability condition for a three-dimensional dendrite 90 92 Solvability condition for a two-dimensional system 86 88 93 93 98 150 153 Solvability condition of doublon 98 Spatio-temporal chaos 64 Spherical crystal 71 80 Spherical harmonics 80 Spiral growth 31 51 143 Spiral step 143 Stability length 80 88 Stability of flat interface 77 105 Stability of spherical crystal 80 Stability of straight step 59 Stability parameter 88 150 Stationary approximation 50 61 71 141 Stationary condition 11 121 Steady state see "Quasi-stationary approximation" STEP 20 28 30 38 41 46 59 Step, circular 49 50 141 Step, collision 39 Step, confinement 39 Step, density 123 Step, fluctuation 30 33 Step, free energy see "Free energy of step" Step, isolated 47 48 Step, separation 51 145 Step, stability 61 Step, stiffness 37 Step, train 48 49 Step, unstable 61 Step, velocity, circular 50 Step, velocity, isolated 48 Step, velocity, train 49 51 Step, width 34 Step-step interaction 38—41 Stiffness of step 15 16 33—35 60 Stiffness of surface 13 14 42 68 86 113 133 Stiffness, effective 63 Stiffness, kinetic 18 Stiffness, parallel component 43 Stiffness, perpendicular component 43 Stochastic process 22 Succinonitrile dendrite 90 Sum rule 148 149 Supercooling see "Undercooling" Surface, diffusion length 47 50 59 Surface, diffusivity 47 Surface, kinetics 46 66 113 Surface, supercooling 157 Surface, tension 13 72 135 158 Surface, tension, isotropic 151 Symmetric model 80 88 149 150 Tangential vector 143 146 Temperature gradient 102 115 157 Terrace 20 38 59 thermal conductivity 67 102 149 Thermal diffusivity 68 Thermal fluctuation 22 28 Thermal gradient 102 113 Thermal length 105 Thermodynamics, first law 4 Thermodynamics, second law 4 5 Tilted growth 113 Tilted lamellar 119 Tilted structure 113 155 Tilting field 35 Tip, radius 75 86 88 150 Tip, splitting 64 89 95 100 Tip, stability 90 93 Transfer matrix 39 Transition probability 23 Transversal velocity 156 Triple point 114 116 159 Undercooling 68 75 86 117 Unidirectional solidification 101 114 155 Upper critical velocity 107 Vapor growth 7 Variation method 129 Velocity selection 86 Vicinal face 38 41 42 48 122 viscosity 6 Viscous finger 90 Weak nonlinearity 63 Wilson — Frenkel formula 7 67 68 WKB approximation 151 Wulff plot 13 Wulff plot, growth shape 18 Xenon dendrite 93 Zeldovich factor 55
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