Complexes of the type,R3SnCl.L(where R= -C6H5 and L= Et2NH, Pr2NH and Bz2NH) were obtained. Complexes of the type, R2SnCl2.2L (where R=-CH3 and L=Et2NH, Pr2NH, Bz2NH and (CH2CH2OH)2NH; R=-C4H9 and L= Et2NH and Pr2NH and where R= C6H5 and L= Bz2NH) were formed. Complexes of the type, R2SnCl2.L(where R= -C6H5 and L= Et2NH and Pr2NH; and where R= -CH3 and L= MePhNH) were also formed. Complexes of the type, ROSnCl3.2L (where R=-CH3, -C2H5 and t- C4H9 and L= Et2NH, Pr2NH and Bz2NH; and also where R= -CH3 and -C2H5 with (CH2CH2OH)2NH and MePhNH) were prepared. Complex of the type, ROSnCl3.L (where R= t-C4H9 and L= MePhNH) was also isolated. Infrared spectral studies were carried out.
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D. Bansal; A. Singhal; R. Mittal, "Reactions of organotin chlorides with secondary amines", Journal of Ultra Chemistry, Volume 4, Issue 1, Page Number 119-122, 2018Copy the following to cite this URL:
D. Bansal; A. Singhal; R. Mittal, "Reactions of organotin chlorides with secondary amines", Journal of Ultra Chemistry, Volume 4, Issue 1, Page Number 119-122, 2018Available from: http://journalofchemistry.org/paper/772/