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Application of the CIDEP phenomenon is extended to the identification of the specific triplet energy levels which react to produce radicals in pyrazine and its methyl derivatives. Advantage is taken of the proximity of 3nπ and 3ππ states in which the opposite signs of the zero-field coupling constants cause triplet mechanism polarization of opposite phase in the derived radicals. The electronic natures of the radicals observed parallel those of the triplet states from which they are formed. © 1984.

Original publication

DOI

10.1016/0301-0104(84)80020-8

Type

Journal article

Journal

Chemical physics

Publication Date

01/01/1984

Volume

86

Pages

323 - 329