respectively. Although the channels of 2·2EtOH·2H2O have enough dimension for small molecules, the dried compound shows no methane adsorption property because this pore structure is not retained after removal of the guest molecules. On the other hand, the network of 2 demonstrates unique redox property in solid state. A cyclic voltammogram of this compound reveals redox activity, which is ascribed to the
两种新的配位化合物[Mn(bpe)2(
NCS)2 ](bpe,
4,4'-联吡啶乙烷)(1)和[Cd(dpds)2(H 2 O)2 ]·2NO 3 ·2EtOH·2H合成了2 O(dpds,
4,4'-联吡啶二
硫化物)(2·2EtOH·2H 2 O)并对其结构进行了表征。1在单斜空间群C 2 / c(No.15)中结晶,a = 19.928(3)Å,b = 10.060(3)Å,c = 14.680(3),β = 110.30(1)°,V = 2760.1(9)埃3,与ž = 4.2·2EtOH·2H 2O在单斜空间群P 21 / n(第14号)中结晶,a = 8.9735(9),b = 19.835(1),c = 10.778(2),β = 112.29(1)°,V = 1775.1( 1)3,和ž = 2.1具有与所述两个
NCS细长八面体
锰中心-在所述轴向的阴离子,而2·2EtOH·2H