REACTIONS OF LASER-ABLATED IRON ATOMS WITH N2O, NO, AND O-2 IN CONDENSING NITROGEN - INFRARED-SPECTRA AND DENSITY-FUNCTIONAL CALCULATIONS OF TERNARY IRON NITRIDE OXIDE MOLECULES
L. Andrews et al., REACTIONS OF LASER-ABLATED IRON ATOMS WITH N2O, NO, AND O-2 IN CONDENSING NITROGEN - INFRARED-SPECTRA AND DENSITY-FUNCTIONAL CALCULATIONS OF TERNARY IRON NITRIDE OXIDE MOLECULES, Journal of physical chemistry, 100(27), 1996, pp. 11235-11241
Reactions of laser-ablated Fe atoms with N2O, NO, and O-2 in excess N-
2 during condensation at 10 K produced new absorptions with N-15 and O
-18 shifts that are assigned to the new ternary iron nitride oxide mol
ecules NFeO, NFeO2, and N2FeO. DFT calculations of structure and isoto
pic frequencies support these assignments.