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AUTHOR(S): Nikolay V. Serov
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ABSTRACT This report is about creation of information models of light quantization and absorption by an atom and/or a molecule in a language alternative to the one-electron approach. For this purpose the analysis of trigonometrical functions has been done which has revealed quantum numbers which have been applied to differentiating interpretation of the concepts "quantum"/"photon" and getting earlier unknown dependences for the terms of neutral atoms and diatomic homonuclear molecules. It has enabled to enter actual multielectronic classification of atoms and molecules. The idea of relative additivity of nuclear terms during formation of diatomic molecules has shown efficiency of the models obtained in such a way for multielectronic classification and systematization of optical functions and electronic structure of external shells of molecules. |
KEYWORDS information models of radiation/absorption, alternative to the one-electron approach, signal of atomic and molecular terms |
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Cite this paper Nikolay V. Serov. (2019) Research of Atomic and Molecular Terms. International Journal of Applied Physics, 4, 1-7 |
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