NH2OH
	Nitrogen
	Nuclear Quadrupole Coupling Constants
		in Hydroxylamine
	Table 1.  Nitrogen nqcc's in NH2OH (MHz).  Calculation was made on the ro structure of Tsunekawa [1].     Calc. Expt. [1]     14N Xaa 5.693 5.67(10) Xcc - Xbb 6.232 5.64(28) Xbb 0.270 - 0.02 Xcc - 5.963 - 5.66 |Xac| 1.219
	Calculated and experimental Xaa agree to within the uncertainty in the experimental value.  For (Xbb - Xcc) however, the difference between calculated and experimental is 0.59 MHz (10 %).
	Table 2. Molecular structure parameters, ro [1] (Å and degrees).   NH 1.016 Z-Matrix NO 1.453 OH 0.962 HNH 107.10 HNO 103.25 NOH 101.37
	[1] S.Tsunekawa, J.Phys.Soc.Jpn. 33,167(1972).
	H2NCHO		H2NCHS		NH2Cl		NH2F
	BH2NH2		BF2NH2		PF2NH2		B2H5NH2
	NH2SH
	Table of Contents
	Molecules/Nitrogen
						NH2OH.html
						Last Modified 23 May 2003