Primary amines undergo chloromethylation with 
 CH2O/SOCl2 to give RN(CH2Cl)2, 
 which in turn react with 
 Li2[Fe2S2(CO)6] to give 
 Fe2[(SCH2)2NR](CO)6; in the 
 case of R = CH2CHCH2 and 
 CH2CH2SMe, Me3NO-induced decarbonylation 
 afforded pentacarbonyl derivatives wherein the pendant functionality is 
 coordinated to Fe.
                                    初级胺与 
CH2O/SOCl2 发生
氯甲基化反应,生成 RN(
CH2Cl)2,后者再与 Li2[Fe2S2(CO)6] 反应,生成 Fe2[(SCH2)2NR](CO)6;当 R = CH2CHCH2 和 CH2CH2SMe 时,Me3NO 诱导的脱羰基反应得到了五羰基衍
生物,其中侧链功能团与 Fe 发生了配位。