## Molecular theory of gases and liquids |

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### Contents

Introduction and Background Information | 1 |

The Kinetic Theory of GasesThe Transport Coefficients | 8 |

Intermolecular ForcesIntermolecular Potential Energy Functions | 22 |

Copyright | |

58 other sections not shown

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### Common terms and phrases

approximation average behavior Boltzmann equation Calcd calculated cell Chapter Chem chemical classical coefficient of viscosity collisions components critical point curve defined dense gases derived discussed ensemble entropy equations of change equilibrium experimental data expression Exptl flux vectors force constants formulae free volume given in Eq given in Table Hence interaction intermolecular forces internal energy isotherms J. O. Hirschfelder Joule-Thomson coefficient kinetic energy kinetic theory lattice Lennard-Jones 6-12 Lennard-Jones potential method Michels mixture mole molecular momentum non-polar number density number of molecules obtained parameters particles partition function Phys Physica Physik polar molecules potential energy potential function principle of corresponding Proc quantity quantum mechanical radial distribution function reduced relations rigid spheres second virial coefficient shown solution spherical statistical mechanics surface tension symmetric temperature theoretical thermal conductivity thermal diffusion third virial coefficient transport coefficients transport properties Trautz velocity virial theorem viscosity wave function zero