Vibrational resolved constant-ionic-state spectroscopy is used to study photoionization of N20. We determine the ratio of partial photoionization cross sections for alternative vibrational levels ofthe NrO+ (A 'Z + ) state and these vibrational branching ratios are dependent on excitation energy, im
O(1D)/N2O branching ratio at 290 K
โ Scribed by Hermann N. Volltrauer; William Felder; Robert J. Pirkle; Arthur Fontijn
- Publisher
- Elsevier Science
- Year
- 1979
- Weight
- 733 KB
- Volume
- 11
- Category
- Article
- ISSN
- 0047-2670
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๐ SIMILAR VOLUMES
Emission spectra of the N20c (A %+-R "II,) system produced by electron impact on jet-cooled N20 have been measured at impact energies of 18-300 eV. The vibrational population for the I' level relative to the 0' level of the A state was found to decrease rapidly with increasing impact energy and leve
Vacuum oltraviolet photclysis of N20 isolated in ir,-matrices at 4 K gives direct luminescent evidence for the pkotodissocktive piodbction of both O("S) and X(\*D). The matrix icsults zrc compared to reiative atomic quantum yields meas!xed in the gels phase.
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