PHOTOELEKTRONEN-SPEKTREN UND MOLEKÜLEIGENSCHAFTEN1: CLV. ISOMERE THIONITROSYLE: H3C[sbnd]N[dbnd]S und F3C-S[tbnd]N
摘要:
Thermal fragmentation of the well-designed precursor molecules, 3,4-dihydro-1,2,3-thiadiazole and bis(dimethylamino)sulfide as well as N-fluoroformylimino-trifluoromethyl-sulfurfluoride allows to generate the kinetically unstable thionitrosyl derivatives H3C-N=S and F3C-S=N in the gasphase and to characterize them by their photoelectron spectroscopic ionization patterns. The assignment of the He (I) PE-spectra, which remain after digital subtraction of all PE bands from thermolytic side-products, is achieved via Koopmans' correlation with eigenvalues from geometry-optimized MNDO or ab initio calculations and is supported by a radical cation state comparison with chemically related molecules such as H3C-N=O or F-S=N.
PHOTOELEKTRONEN-SPEKTREN UND MOLEKÜLEIGENSCHAFTEN<sup>1</sup>: CLV. ISOMERE THIONITROSYLE: H<sub>3</sub>C[sbnd]N[dbnd]S und F<sub>3</sub>C-S[tbnd]N
作者:Bahman Solouki、Hans Bock、Herbert Roesky
DOI:10.1080/10426509608046411
日期:1996.7.1
Thermal fragmentation of the well-designed precursor molecules, 3,4-dihydro-1,2,3-thiadiazole and bis(dimethylamino)sulfide as well as N-fluoroformylimino-trifluoromethyl-sulfurfluoride allows to generate the kinetically unstable thionitrosyl derivatives H3C-N=S and F3C-S=N in the gasphase and to characterize them by their photoelectron spectroscopic ionization patterns. The assignment of the He (I) PE-spectra, which remain after digital subtraction of all PE bands from thermolytic side-products, is achieved via Koopmans' correlation with eigenvalues from geometry-optimized MNDO or ab initio calculations and is supported by a radical cation state comparison with chemically related molecules such as H3C-N=O or F-S=N.