Structure of
O
‐Methyl‐
N,N
‐bis(trifluoromethyl)hydroxylamine, (CF
3
)
2
NOCH
3
摘要:
AbstractThe molecular structure of (CF3)2NOCH3 was determined by gas electron diffraction. The molecular intensities were reproduced by use of a single conformation with syn orientation of the O–CH3 group relative to the nitrogen lone pair. This was confirmed by ab initio calculations (HF/3‐21G(*), polarization functions only on nitrogen, and MP2/6‐31G*). The observed structure demonstrates that the generalized anomeric effect is of minor importance to this compound. The following skeletal geometric parameters (bond lengths [pm] and angles [°] with 3‐s̀ uncertainties) were derived: N–C 142.9(7), N–O 142(3), O–C 145(3), CNC 118.0(9), CNO 108.1(17), and NOC 109.4(17). The experimental structure is well reproduced by the ab initio calculations.
Preparation and reactions of mercury(<scp>II</scp>) bistrifluoromethylnitroxide
作者:H. J. Emeléus、Jean'ne M. Shreeve、P. M. Spaziante
DOI:10.1039/j19690000431
日期:——
Mercury(II) bistrifluoromethylnitroxide has been prepared by reaction of mercury with an excess of liquid bistrifluoromethylnitroxide radical. It is a white crystalline solid which dissociates to mercury and the free radical at 85°. It reacts at room temperature with typical compounds containing B–Cl, C–halogen, Si–Cl, Ge–Cl, and P–Cl bonds to give the corresponding bistrifluoromethylnitroxide derivative