## An investigation into the scattering of radiation by hydrogen-like atoms |

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### Contents

Preface | 5 |

Nonrelativistic Treatment | 12 |

Relativistic Treatment | 24 |

Copyright | |

1 other sections not shown

### Common terms and phrases

absorption coefficient amplitude Bessel functions C. W. OSEEN carried characteristic func co-ordinates complex plane component at right condition corresponding D-iv determined dipole radiation Dirac's equation direction discreet effecting the scattered expanded expression F and G finite Geiger grad Handbuch Harry Johansson hv is greater hydrogen-like atoms idealisation ig and back imaginary index of refraction infinity integration path integration with respect ionisation energy Klein large values limiting value long waves method multiplied non-relativistic treatment partial integration perturbation theory Phys polar coordinates possible absorption frequencies quadripol radiation relativistic treatment represents a wave respectively are formed retardation factors right angles right hand side satisfied scattered radiation Scheel Schrodinger's solve the equation Sommerfeld spherical harmonics substituted summation system of equations tion transformation Type vector potential Waller wave emerging wave function wave normal Wellenmechanik written as convergent Z. S. f