The compound SnCl3(OEt)·EtOH reacts with the complexes ML [M = CuII or NiII; H2L =N,N′-ethylene-bis(salicylideneimine), N,N′-o-phenylenebis(salicylideneimine), or derivatives of these] to give the adducts SnCl3(OEt)·ML. Hydrolysis of the ethoxo adducts in chloroform under ambient conditions yields the adducts SnCl3(OH)·ML. Chloroform solutions of the adducts SnCl4·ML gives similar hydroxo adducts under
化合物SnCl 3(OEt)·EtOH与配合物ML [M = Cu II或Ni II ; ħ 2 L = Ñ,Ñ ' -亚乙基-双(salicylideneimine),Ñ,Ñ ' - Ö -phenylenebis(salicylideneimine),或这些]衍
生物,得到的加合物的SnCl 3(OET)·ML。在环境条件下,乙氧基加合物在
氯仿中的
水解产生加合物SnCl 3(OH)·ML。加合物SnCl 4 ·ML的
氯仿溶液在环境条件下,当M = Cu II时会产生类似的羟基加合物,但当M = Ni II时不会。复合SnBun Cl 2(OH)·H 2 O与ML在–10°C下反应,生成1:1的加合物,但在较高温度下会形成SnBu n Cl(OH) 2 ·H 2 O和SnBu n Cl 3 ·ML。化合物SnBu n Cl 2(OMe)·MeOH与ML在
氯仿中反应,生成加合物SnBu n Cl