## Solid state physics for metallurgistsproblems after each chapter. |

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### Contents

LIST OF TABLES | 12 |

Table Subject Page I Free atom electron configurations H to Ne Al Fe Gd and Th | 16 |

Periodic chart crystal structures of elements facing | 20 |

Copyright | |

41 other sections not shown

### Common terms and phrases

alloy aluminium angle antiferromagnetic antiparallel approximately atoms average band beam Bragg Bragg angle Bragg peaks Brillouin zone calculated cohesive energy Compton scattering constant copper crystal structure cubic Curie temperature curve Debye density determine diagram diffuse scattering direction distance effect eigenfunctions eigenvalues electric field electron probability distribution electron wave functions electronic structure elements energy levels exchange energy excited experimental Fermi level Fermi surface ferromagnetic free atom free electron free energy frequency Hartree-Fock hydrogen intensity interaction iron Knight shift lattice parameter lithium low temperatures magnetic field magnetic moments measurements molecule nearest neighbours neutron diffraction nickel nuclear nucleus orbitals oscillator outer electrons overlap parallel Pauli peaks phase phonon Phys positron potential pressure probability distribution quantum numbers range order rare earth ratio resistivity resonance sample scattering factor Schrodinger equation shell single crystal solid solutions specific heat spin technique thermal transition metals unpaired electrons values vanadium versus wave functions wave number wavelength zero