Abstract
The mass spectra of the series of compounds R2NSSNR2 where and N(CH2-C6H5)2 and of its cyclic analogues RN(S2)2NR where R-CH3, C6H11 and CH2-C6H5 are presented and discussed. The major fragmentation modes of these compounds involves the cleavage of the C-N, S-N and S-S bonds. The nature of the fragments containing sulfur atoms, arising from S-N and S-40 rupture, is dependent on the cyclic or acyclic structure of the compounds.