Reactions of the carbonyl complexes M(CO)3(L)3 (L = py, M = Mo, W; L = NH3, M = Mo) and M(CO)4(2-Mepy)2 (M = Mo,W) with HgX2 (X = Cl, CN, SCN)
作者:M.A. Lobo、M.F. Perpiñan、M.P. Pardo、M. Cano
DOI:10.1016/0022-328x(83)80135-1
日期:1983.10
The reactions of the substituted Group VI metal carbonyls of the type M(CO)4(2-Mepy)2 (M = Mo, w) and M(CO)3(L)3 (L = py, M = Mo, W; L = NH3, M = Mo) with mercuric derivatives HgX2 (X = Cl, CN, SCN) have given rise to three series of tricarbonyl complexes: M(CO)3(py)HgCl2 · 1/2HgCl2 (M = Mo, W); 2[M(CO)3(L)]Hg(CN)·nHg(CN)x (L = py, M = Mo, W, n = 12, × = 2; L = 2- Mepy, × = 1; M = Mo, n = 3; M = W, n
M(CO)4(2-Mepy)2(M = Mo,w)和M(CO)3(L)3(L = py,M = Mo,W ; L = NH 3,M = Mo)和汞衍生物HgX 2(X = Cl,CN,SCN)产生了三个三羰基配合物系列:M(CO)3(py)HgCl 2 ·1 / 2HgCl 2( M = Mo,W);2 [M(CO)3(L)] Hg(CN)· n Hg(CN)x(L = py,M = Mo,W,n = 12,×= 2; L = 2- Mepy,×= 1 ; M = Mo,n = 3; M = W,n = 1);和[M(CO)3(L)Hg(SCN)2 · n Hg(SCN)2 ](L = py,M = Mo,W,n = 0; L = 2-Mepy,M = Mo,W,n = 12; L = NH 3,M = Mo,n = 0)取决于所使用的汞化合物。与Hg(SCN)2的所有反应均得到可分离的产物,而与Hg(CN)2和HgCl