## Quantum theory of atomic structure, Volume 1 |

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### Contents

The Historical Development of Modern Physics from 1900 | 1 |

Modern Physics from Bohrs Theory to Wave Mechanics | 31 |

Schrodingers Equation and Its Solutions in Onedimensional | 51 |

Copyright | |

17 other sections not shown

### Common terms and phrases

amplitude angular momentum Appendix approximation arising assume atomic number average energy azimuthal quantum Bohr Bohr's calculation central field Chap charge classical mechanics closed shells computed configuration consider constant coordinates corresponding D. R. Hartree density derivative determined diagonal matrix components discussion eigenfunctions eigenvalues electromagnetic electrons energy levels equal experimental exponential formula frequency func give given in Eq Hamilton's equations Hamiltonian Hartree Hartree-Fock Hence hydrogen infinite integral interaction ionization potentials kinetic energy linear combination linear oscillator method momenta motion multiplets nondiagonal matrix components nucleus one-electron operator orbitals orthogonal particle perturbation photons Phys Physik potential energy principle Prob problem prove quantity quantum condition quantum number quantum theory radiation result Rydbergs Schrodinger's equation secular equation self-consistent-field solution of Schrodinger's space spectra spectrum spherical spin spin-orbitals Table tion transition velocity wave function wave mechanics wave packet wavelength zero