Einstein A-coefficients for vibrational transitions in CS J/A+AS/114/175 J/A+AS/114/175 Einstein A-coefficients in CS transitions Einstein A-coefficients for vibrational transitions in CS S Chandra W H Kegel R J Le Roy T Hertenstein Astron. Astrophys. Suppl. Ser. 114 175 1995 1995A&AS..114..175C J/A+AS/117/557 : Einstein A-coefficients for vib-rotational transitions in CO Atomic physics ISM: molecules molecular data stars: abundances Einstein A-coefficients for vib-rotational transitions in CS isotopomers, for vibrational quantum number v up to 20, rotational quantum number J up to 140, and {DELTA}v up to 4, are calculated. The change in J is governed by the selection rules {DELTA}J=+/-1. These coefficients play an important role in astronomy, as CS has been observed in a number of astronomical object.
Einstein A-coefficients, energy of lower level, and frequency of transition for C12S32 Einstein A-coefficients, energy of lower level, and frequency of transition for C12S33 Einstein A-coefficients, energy of lower level, and frequency of transition for C12S34 Einstein A-coefficients, energy of lower level, and frequency of transition for C13S32 Vlow Vibrational quantum number of the lower level --- Jlow Rotational quantum number of the lower level --- Vup Vibrational quantum number of the upper level --- Jup Rotational quantum number of the upper level --- A Einstein A-coefficient s-1 Elow Energy of the lower level of the transition cm-1 Freq Frequency of the transition cm-1 Simona Mei CDS 1995Jul26 J_A+AS_114_175.xml