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Haile J.M. — Molecular Dyanmics Simualtion: Elementary Methods
Haile J.M. — Molecular Dyanmics Simualtion: Elementary Methods



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Íàçâàíèå: Molecular Dyanmics Simualtion: Elementary Methods

Àâòîð: Haile J.M.

Àííîòàöèÿ:

Written especially for the novice, Molecular Dynamics Simulation demonstrates how molecular dynamics simulations work and how to perform them, focusing on how to devise a model for specific molecules and then how to simulate their movements using a computer. This book provides a collection of methods that until now have been scattered through the literature of the last 25 years. It reviews elements of sampling theory and discusses how modern notions of chaos and nonlinear dynamics explain the workings of molecular dynamics.


ßçûê: en

Ðóáðèêà: Ôèçèêà/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1997

Êîëè÷åñòâî ñòðàíèö: 512

Äîáàâëåíà â êàòàëîã: 26.09.2009

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
Lennard-Jones potential function, round-off error in evaluating      180
Lennard-Jones potential function, truncated      191 218
Lennard-Jones potential function, truncated      191 218
Lennard-Jones substance, adiabatic compressibility of      239—240 269—270
Lennard-Jones substance, adiabatic compressibility of      239—240 269—270
Lennard-Jones substance, chemical potential of      249—253
Lennard-Jones substance, chemical potential of      249—253
Lennard-Jones substance, configurational internal energy of      228—229 269—270
Lennard-Jones substance, configurational internal energy of      228—229 269—270
Lennard-Jones substance, correlation coefficients of      79—80
Lennard-Jones substance, correlation coefficients of      79—80
Lennard-Jones substance, entropy of      257—260
Lennard-Jones substance, entropy of      257—260
Lennard-Jones substance, equations of state for      220 232 270—271
Lennard-Jones substance, equations of state for      220 232 270—271
Lennard-Jones substance, heat capacity of      237—239 270
Lennard-Jones substance, heat capacity of      237—239 270
Lennard-Jones substance, mean-square force of      234 269
Lennard-Jones substance, mean-square force of      234 269
Lennard-Jones substance, phase diagram of      201 271 276
Lennard-Jones substance, phase diagram of      201 271 276
Lennard-Jones substance, pressure of      231—233 269—271
Lennard-Jones substance, pressure of      231—233 269—271
Lennard-Jones substance, radial distribution function of      265—266 272—273 455 457
Lennard-Jones substance, radial distribution function of      265—266 272—273 455 457
Lennard-Jones substance, second virial coefficient of      218
Lennard-Jones substance, second virial coefficient of      218
Lennard-Jones substance, self-diffusion coefficient of      303—304
Lennard-Jones substance, self-diffusion coefficient of      303—304
Lennard-Jones substance, shear modulus of      294—295 321
Lennard-Jones substance, shear modulus of      294—295 321
Lennard-Jones substance, shear viscosity of      306—307
Lennard-Jones substance, shear viscosity of      306—307
Lennard-Jones substance, simulation of      219 222 272—274 276 438—461
Lennard-Jones substance, simulation of      219 222 272—274 276 438—461
Lennard-Jones substance, space-time correlation function of      313 315
Lennard-Jones substance, space-time correlation function of      313 315
Lennard-Jones substance, thermal pressure coefficient of      241—242 270
Lennard-Jones substance, thermal pressure coefficient of      241—242 270
Limitations of simulation      9 17—23
Limitations of simulation      9 17—23
Lissajous figures      49
Lissajous figures      49
Local error      see "Errors in local"
Local error      see "Errors in local"
Long-time tail of stress autocorrelation function      305—306
Long-time tail of stress autocorrelation function      305—306
Long-time tail of velocity autocorrelation function      289—291 303
Lorenz attractor      186—187
Lorenz attractor      186—187
Lyapunov stability analysis      157 185
Lyapunov stability analysis      157 185
Markov chain      13
Markov chain      13
Mass of atom in simulation      112 198—199 221
Mass of atom in simulation      112 198—199 221
Mass, center of      329—331
Mass, center of      329—331
Maxwell distribution      65—67 72 106 113 117 120—123 131 144 146 167—172 206—207 211 221
Maxwell distribution      65—67 72 106 113 117 120—123 131 144 146 167—172 206—207 211 221
Maxwell — Boltzmann distribution      65
Maxwell — Boltzmann distribution      65
Mean free path      98—99 322
Mean free path      98—99 322
Mean square displacement and time correlation functions      299—301
Mean square displacement and time correlation functions      299—301
Mean square displacement used to distinguish solid from fluid      209—210
Mean square displacement used to distinguish solid from fluid      209—210
Mean square displacement, long-time limit of      297—298 301 321 324
Mean square displacement, long-time limit of      297—298 301 321 324
Mean square displacement, short-time behavior of      301—302
Mean square displacement, short-time behavior of      301—302
Mean square error      74—75 102
Mean square fluctuation      234—239 271—272
Mean square fluctuation      234—239 271—272
Mean square force      233—234 269 323
Mean square force      233—234 269 323
Melting      117—119 128
Melting      117—119 128
Metastabilities      52 62—63 102 119 121 130 221 266 306
methane      29—31
methane      29—31
Metropolis Monte Carlo      14 see
Metropolis Monte Carlo      14 see
microcanonical ensemble      see "Ensemble NVE"
microcanonical ensemble      see "Ensemble NVE"
Minimum image criterion      114—115 193—196 220 308—309 390—391 423 450—451
Minimum image criterion      114—115 193—196 220 308—309 390—391 423 450—451
Mixing motion      51 53—54
Mixing motion      51 53—54
Mixtures of fluids      32—34 146 223 303—305
Mixtures of fluids      32—34 146 223 303—305
Model      5—7 28—34
Model      5—7 28—34
Model system-environment      12—13
Model system-environment      12—13
Model, molecular      11—12 188
Model, molecular      11—12 188
Model, realism of      19
Model, realism of      19
Modeling      27—34
Modeling      27—34
Modeling, dynamic      16 188—189
Modeling, dynamic      16 188—189
Molecular dynamics compared with Monte Carlo      17—18 139
Molecular dynamics compared with Monte Carlo      17—18 139
Molecular dynamics nonequilibrium      17 47
Molecular dynamics nonequilibrium      17 47
Molecular dynamics simulation code for hard spheres      411—437
Molecular dynamics simulation code for hard spheres      411—437
Molecular dynamics simulation code for soft spheres      438—461
Molecular dynamics simulation code for soft spheres      438—461
Molecular dynamics simulation code, reliability of      131 138—140 211—214 216
Molecular dynamics simulation code, reliability of      131 138—140 211—214 216
Molecular dynamics trajectories      53
Molecular dynamics trajectories      53
Molecular dynamics, limitations of      9 17—23
Molecular dynamics, limitations of      9 17—23
Molecular dynamics, overview of      15—17
Molecular dynamics, overview of      15—17
Molecular dynamics, simulation code for one-dimensional soft spheres      378—398
Molecular dynamics, simulation code for one-dimensional soft spheres      378—398
Molecular mechanics      1
Molecular mechanics      1
Momentum scaling to zero      113 117 203 220 419 447
Momentum scaling to zero      113 117 203 220 419 447
Momentum space      43 344
Momentum space      43 344
Momentum through two-body collision      105
Momentum through two-body collision      105
Momentum, angular      89—91
Momentum, angular      89—91
Momentum, integration over      341—342
Momentum, linear      88—89 105 304
Momentum, linear      88—89 105 304
Monopoly      26—27
Monopoly      26—27
Monte Carlo      13—15 34—36 51
Monte Carlo      13—15 34—36 51
Monte Carlo compared with molecular dynamics      17—18 139
Monte Carlo compared with molecular dynamics      17—18 139
Monte Carlo, force biased      14—15
Monte Carlo, force biased      14—15
Monte Carlo, Metropolis      14
Monte Carlo, Metropolis      14
Multibody collisions      123—126
Multibody collisions      123—126
N-dependence      see "Size effects"
N-dependence      see "Size effects"
nabla      233
nabla      233
Names in Fortran      365—367
Names in Fortran      365—367
Neighbor list      196—197 220 449 455
Neighbor list      196—197 220 449 455
Newton's law of viscosity      296
Newton's law of viscosity      296
Newton's law, first      39
Newton's law, first      39
Newton's law, second      15 38 40 127 161 203 307 333
Newton's law, second      15 38 40 127 161 203 307 333
Newton's law, third      39—40 161 308
Newton's law, third      39—40 161 308
Nicolas et al. equation of state      220 232
Nicolas et al. equation of state      220 232
Noether's theorem      87
Noether's theorem      87
Nonequilibrium molecular dynamics      17 47
Nonequilibrium molecular dynamics      17 47
Nonmeasurable properties      63 243—265
Nonmeasurable properties      63 243—265
Normal distribution      see "Gaussian distribution"
Normal distribution      see "Gaussian distribution"
Notation      466—470
Notation      466—470
ODHO      see "Harmonic oscillator"
Ohm's law      296
Ohm's law      296
One-dimensional system of hard spheres      105—107 167 350—352
One-dimensional system of hard spheres      105—107 167 350—352
One-dimensional system, analytic results for properties of      166 352
One-dimensional system, analytic results for properties of      166 352
One-dimensional system, Lennard-Jones      163—165 168 170—174 177 181 183—184
One-dimensional system, Lennard-Jones      163—165 168 170—174 177 181 183—184
One-dimensional system, Lennard-Jones, simulation code for      378—398
One-dimensional system, Lennard-Jones, simulation code for      378—398
One-dimensional system, minimum image criterion for      194—196
One-dimensional system, minimum image criterion for      194—196
One-dimensional system, oscillator in      95—97 see
One-dimensional system, oscillator in      95—97 see
One-dimensional system, repulsive soft sphere      167—170
optimized code      175—177
optimized code      175—177
Order of finite-difference algorithm      151 181
Order of finite-difference algorithm      151 181
Order parameter      117—120 131 143—144 205 209 211 221 222 436 455
Order parameter      117—120 131 143—144 205 209 211 221 222 436 455
oscillators      see "Harmonic oscillator" "One-dimensional
oscillators      see "Harmonic oscillator" "One-dimensional
Packing fraction      112 116—117
Packing fraction      112 116—117
Pairwise additivity      11 34 189 336
Pairwise additivity      11 34 189 336
Paleontologists      2
Paleontologists      2
Periodic boundary conditions      81—86 see
Periodic boundary conditions      81—86 see
Periodic boundary conditions effect on properties      86 137 215 289
Periodic boundary conditions effect on properties      86 137 215 289
Periodic boundary conditions for hard spheres      111—112 114
Periodic boundary conditions for hard spheres      111—112 114
Periodic boundary conditions for soft spheres      201 386—387 453
Periodic boundary conditions for soft spheres      201 386—387 453
Periodic boundary conditions, forces when using      194—196
Periodic boundary conditions, forces when using      194—196
Periodic boundary conditions, transformations for      85
Periodic boundary conditions, transformations for      85
Periodic correlation time      86 289
Periodic correlation time      86 289
Phase diagram, hard sphere      129
Phase diagram, hard sphere      129
Phase diagram, Lennard-Jones      201
Phase diagram, Lennard-Jones      201
Phase space      43—46 54
Phase space      43—46 54
Phase space trajectories of ideal gas      45 98
Phase space trajectories of ideal gas      45 98
Phase space trajectories of ODHO      44—45 155—156
Phase space trajectories of ODHO      44—45 155—156
Phase space trajectories, B-flow      49 51
Phase space trajectories, B-flow      49 51
Phase space trajectories, ergodic      49 51 53
Phase space trajectories, ergodic      49 51 53
Phase space trajectories, Hamiltonian      47 53
Phase space trajectories, Hamiltonian      47 53
Phase space trajectories, hierarchy of      46
Phase space trajectories, hierarchy of      46
Phase space trajectories, integrable      47—49
Phase space trajectories, integrable      47—49
Phase space trajectories, K-flow      49 51 53
Phase space trajectories, K-flow      49 51 53
Phase space trajectories, KAM      49—51
Phase space trajectories, KAM      49—51
Phase space trajectories, mixing      49 51 53
Phase space trajectories, mixing      49 51 53
Phase space trajectories, non-Hamiltonian      47
Phase space trajectories, nonergodic      49—51 106 167—172
Phase space trajectories, nonergodic      49—51 106 167—172
Phase space trajectories, nonintegrable      49—53
Phase space trajectories, nonmixing      52
Phase space trajectories, nonmixing      52
Phase space trajectories, nonrecurrent      46
Phase space trajectories, nonrecurrent      46
Phase space trajectories, periodic      47 49 57
Phase space trajectories, periodic      47 49 57
Phase space trajectories, quasi-ergodic      51
Phase space trajectories, quasi-ergodic      51
Phase space trajectories, quasiperiodic      47—49 52 56—57
Phase space trajectories, quasiperiodic      47—49 52 56—57
Phase space trajectories, recurrent      46—47 100
Phase space trajectories, recurrent      46—47 100
Phase space trajectories, reliability of computed      166—177
Phase space trajectories, reliability of computed      166—177
Phase space trajectories, stable      50 94—95
Phase space trajectories, stable      50 94—95
Phase space trajectories, unstable      49—52 57—59
Phase space trajectories, unstable      49—52 57—59
Phase space volume      63 67 102—103 243—244 340 350 352
Phase space volume      63 67 102—103 243—244 340 350 352
Pi, value of      34
Pi, value of      34
Planck's constant      462
Planck's constant      462
Poincare recurrence theorem      47 100
Poincare recurrence theorem      47 100
Pond, depth of      34—36
Pond, depth of      34—36
Positions vector to locate      39 203
Positions, initial for hard spheres      113 115
Positions, initial for hard spheres      113 115
Positions, initial for soft spheres      202
Positions, initial for soft spheres      202
Potential energy in periodic systems      84—85
Potential energy in periodic systems      84—85
Potential energy, hard sphere      104—105
Potential energy, hard sphere      104—105
Potential energy, intermolecular      11—12
Potential energy, Lennard-Jones      168 180 189—190 218
Potential energy, pairwise additive      11 34 189 336
Potential energy, pairwise additive      11 34 189 336
Potential energy, parameters in      190
Potential energy, parameters in      190
Potential energy, repulsive soft-sphere      167 274
Potential energy, repulsive soft-sphere      167 274
Potential energy, shifted-force      192—193
Potential energy, shifted-force      192—193
Potential energy, square-well      147
Potential energy, square-well      147
Potential energy, three-body      223
Potential energy, three-body      223
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