作者:F.A.K. Nasser、J.J. Zuckerman
DOI:10.1016/0022-328x(84)80135-7
日期:1984.5
Vibrational spectroscopic band assignments are made for the ν(CO) (1710–1590 cm−), ν(SO2) (1375–1115 cm−), ν(SnC) (600–500 cm−) and ν(SnNCO) (380–349 cm−). No fragments of mass greater than the parent molecular ion or containing more than one tin atom are seen in the mass spectra at 12 eV of any of the compounds studied. Only in the triphenyltin(IV) derivative is the parent molecular ion seen. The tin-119m
糖精的11种N-二-和三-有机锡(IV)衍生物,R n Sn [NC(O)C 6 H 4 SO 2 ] 4- n,其中n = 2,R = CH 3,C 2 H 5, nC 4 H 9,C 6 H 5 nC 8 H 17,其中n = 3,R = CH 3,C 2 H 5,nC 3 H 7,nC 4 H 9,C 6 H如图5所示,通过使相应的有机锡(IV)氯化物与糖精的铵盐在甲醇中反应,以高收率合成了cC 6 H 11。产品为无色晶体,可溶于有机溶剂。对ν(CO)(1710–1590 cm -),ν(SO 2)(1375-1115 cm -),ν(SnC)(600–500 cm −)和ν(Sn NCO)(380-349厘米- )。在所研究的任何化合物中,在12 eV的质谱图中均未观察到质量大于母体分子离子或包含一个以上锡原子的碎片。仅在三苯基锡(IV)衍生物中可以看到母体分子离子。锡119