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Application to systems composed of more than two interacting bodies
The Probability Conceptions
Application to Metals
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alloy formation applied arrangement axis band behaviour binding energy Bohr theory Bragg relation Brillouin zone calculated consider constant copper critical value crystal structure cubic structure diagrams diffraction direction distribution of energy effect electrical conductivity electron cloud electron energy electron moving electron theory electrons per atom elements energetic electron energies corresponding energy levels equation experimental face-centred cubic ferromagnetism free atom half-band highest energy hydrogen atom ideas increase interatomic distance ions J. J. Thomson lattice spacing lower energy lowest metallurgist metals and alloys momentum monograph monovalent metal motion negative spin nickel nucleus number of atoms number of electrons orbits particle patterns Phys physical planes positive spin possible potential energy potential field principles problem quantum number quantum theory radiation represented resistance rotation Rutherford model second zone shown in Fig shows solenoid solid solutions temperature theoretical theory of metals valency band valency electrons vibrations wave wave-length wave-mechanical wave-system X-rays zero