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The spectroscopic method page
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absorption according angular momentum appear applied approximation assume assumption atoms becomes calculated causes charge classical closed compared complete components configuration constant coordinates corresponding coupling defined depends derived described diagram dipole direction distribution doublet effect eigenfunctions electric electron electrostatic elements energy equal equation example excited expressed fact factor field force formula frequency functions given gives ground higher hydrogen increase integral intensity interaction ions isotope known latter leads levels limit lines lower lowest magnetic matrix means measured mechanics methods motion multiplet nuclear nucleus observed operator orbital periodic perturbation Phys possible potential probability quantum mechanics quantum numbers radiation ratio regarded relation resonance result rule shift shown shows similar simple single space spectra spectrum spin splitting strength strong structure theory tion transition triplet values vector wave functions weak width Zeeman