✍ Scribed by M. Rabrenović; A. G. Brenton; T. Ast
No coin nor oath required. For personal study only.
📜 SIMILAR VOLUMES
Additional evidence for the rearrangement of the 1-and 3-phenylcyclobutene radical cations, their corresponding ring-opened 1,s-butadiene ions and 1,Z-dihydronaphthalene radical cations to methylindenetype ions has been obtained for the decomposing ions by mass analysed ion kinetic energy spectrosco
## Abstract An energetic study of the production of [C~7~H~8~N]^+^ and [C~6~H~7~]^+^ fragment ions from __o__‐toluidine and __N__‐methylaniline is reported. The mechanisms for the formation of the ions are suggested. Metastable peaks associated with the formation and fragmentation of reactive [C~7~
NO2 from alkyl nitrates, as has been reported. Rather, sokated NO; ions formed in afky: nitrates transfer NO: to aromatic compounds, accounting for the formation of the C7HsNO;product ions in tohtene-atky! nitrate mixtures. Information about the structures of fragment C7Hi ions in butyl benzenes has
## Abstract [C~13~H~9~S]^+^, [C~14~H~11~]^+^, [C~13~H~11~]^+^ and [C~8~H~7~S]^+^ ions with unknown structures were generated from two [C~14~H~12~S]^+·^precursor ions by fragmentation reactions that must be preceded by extensive rearrangements. Ions with the same compositions, each with several init