An Introduction to Statistical ThermodynamicsPart I deals with principles of quantum statistical mechanics. Part II examines systems composed of independent molecules or other independent subsystems. Part III considers systems of interacting molecules, and Part IV covers quantum statistics and includes sections on Fermi-Dirac and Bose-Einstein statistics, photon gas, and free-volume theories of quantum liquids. |
Contents
II | 1 |
III | 2 |
IV | 6 |
V | 12 |
VI | 20 |
VII | 26 |
VIII | 30 |
IX | 33 |
LXVIII | 233 |
LXIX | 235 |
LXXI | 241 |
LXXII | 242 |
LXXIII | 246 |
LXXIV | 252 |
LXXV | 255 |
LXXVI | 261 |
X | 38 |
XI | 42 |
XII | 49 |
XIII | 57 |
XIV | 59 |
XV | 62 |
XVI | 64 |
XVII | 70 |
XVIII | 74 |
XX | 77 |
XXI | 81 |
XXII | 82 |
XXIII | 86 |
XXV | 93 |
XXVI | 98 |
XXVII | 105 |
XXVIII | 112 |
XXX | 116 |
XXXI | 119 |
XXXII | 120 |
XXXIII | 124 |
XXXVI | 130 |
XXXVII | 136 |
XXXVIII | 140 |
XXXIX | 147 |
XLI | 151 |
XLII | 153 |
XLIII | 156 |
XLIV | 161 |
XLVI | 162 |
XLVII | 164 |
XLVIII | 166 |
XLIX | 170 |
L | 172 |
LI | 177 |
LIII | 180 |
LIV | 181 |
LV | 182 |
LVI | 189 |
LVII | 194 |
LVIII | 198 |
LIX | 201 |
LXI | 204 |
LXII | 205 |
LXIII | 209 |
LXIV | 214 |
LXV | 215 |
LXVI | 223 |
LXVII | 226 |
LXXVIII | 266 |
LXXIX | 274 |
LXXX | 278 |
LXXXI | 281 |
LXXXII | 286 |
LXXXIII | 290 |
LXXXIV | 296 |
LXXXV | 298 |
LXXXVI | 301 |
LXXXIX | 303 |
XC | 308 |
XCI | 312 |
XCII | 314 |
XCIII | 321 |
XCV | 331 |
XCVI | 334 |
XCVII | 340 |
XCVIII | 341 |
XCIX | 350 |
C | 362 |
CI | 371 |
CIII | 382 |
CIV | 387 |
CV | 389 |
CVI | 398 |
CVII | 401 |
CVIII | 410 |
CIX | 414 |
CX | 419 |
CXI | 423 |
CXII | 429 |
CXIII | 431 |
CXV | 441 |
CXVI | 445 |
CXVII | 453 |
CXVIII | 456 |
CXIX | 462 |
CXX | 464 |
CXXI | 466 |
CXXII | 477 |
CXXIII | 478 |
CXXIV | 481 |
CXXV | 484 |
CXXVI | 486 |
CXXVII | 490 |
CXXVIII | 496 |
| 501 | |
Other editions - View all
Common terms and phrases
adsorbed adsorbed molecules adsorption approximation assumed atoms average binary Bose-Einstein Bragg-Williams calculate canonical ensemble Chapter Chem chemical potential component configuration consider constant coordinates corresponding crystal curve deduce defined degrees of freedom density Derive dilute discussion Einstein electronic energy levels entropy equation equilibrium example experimental Fermi-Dirac free energy frequency gases grand partition function heat capacity Hence ideal gas independent integral interaction intermolecular forces ions isothermal kT ln lattice gas limit linear liquid microcanonical ensemble molecular monatomic N₁ nearest-neighbor notation number of molecules one-component one-dimensional pair particles phase Phys polyatomic polyelectrolyte polymer polymer molecules potential energy pressure probability Problem properties quantum quantum-mechanical radial distribution function reaction rotation second virial coefficient Section solute molecules solvent statistical mechanics statistical-mechanical subsystems surface symmetry temperature theory thermodynamic functions tion variables vibrational virial coefficient volume zero