## Liquid metals |

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### Contents

ELECTRON THEORY | 16 |

STATISTICAL THEORY | 30 |

PAIR POTENTIALS | 36 |

Copyright | |

7 other sections not shown

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### Common terms and phrases

alloys Appendix approximate theories approximation argon argument asymptotic form behaviour blurring Born-Green theory calculations Chapter classical conduction electrons consider curve defined density dielectric direct correlation function discussed displaced charge electron theory Enderby and March equation Fermi energy Fermi gas Fermi surface fluid force law Fourier transform free electron function g(r Gaskell given Green function hard spheres Hove correlation function hyperchain integrate ionic Johnson liquid Hg liquid metals method molecular dynamics momentum number of atoms obtained Ornstein-Zernike oscillations oscillatory pair potential Percus-Yevick theory perturbation phonon Phys point ion potential energy pseudopotential Quantum Mechanics radial distribution function relation scattering function screened screening theory shown in Fig Small time expansion solid solution space structure factor S(K sum rules thermopower tial tion velocity virial expansion volume Waals Watabe and Tanaka wave functions wave number wave theory wavelength write X-ray Ziman