## Emission, absorption, and transfer of radiation in heated atmospheres |

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### Contents

INTRODUCTION | 1 |

ELEMENTARY RADIATIVE TRANSFER | 13 |

APPLIED RADIATION THEORY FOR ATOMS | 103 |

Copyright | |

3 other sections not shown

### Common terms and phrases

angular frequency angular momentum approximation Armstrong Astrophys asymptotic atomic average band beam Bethe and Salpeter calculations compute Condon and Shortley Coulomb defined definition diffusivity factor dipole discussion Doppler effects emission emitted error function exponential flux formula Franck-Condon factor free electron free-free free-free absorption given by eqn Goody integral intensity Jarmain JQSRT limit line profile line shape line strength Lorentz line magnetic quantum matrix element mean absorption coefficient mean free path method molecular molecule Morse potential Nicholls normalization opacity optical depth oscillator parameter particle phase shifts photoelectric Phys physical potential probability per unit quantity quantum mechanics quantum numbers r-centroid Racah radiation radiative transfer Re(r relation result Rosseland mean scattering slab solid angle spectral spectroscopic notation temperature theory thermal transfer equation transition probability transmission function unit frequency interval Variations vector vibrational Voigt function Voigt profile wave function width