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Reactions of trapped electrons in methanol-isopropanol glasses irradiated at 77 K

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Abstract

Trapped electron (e T ) reactivity in methanol-isopropanol glasses irradiated at 77 K has been studied as a function of trap-depth, the variation in the trap depth being achieved by varying the methanol:isopropanol ratio. Benzyl chloride and carbon disulfide have been used as scavengers. In the case of the glasses containing benzyl chloride, the observed yield of the benzyl radical has been correlated with the trapping efficiency of the matrix. The data has been interpreted with the aim of assessing the relative importance of tunnelling in the scavenging of electrons in low temperature glassy matrices.

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Kapoor, S., Gopinathan, C. & Iyer, R.M. Reactions of trapped electrons in methanol-isopropanol glasses irradiated at 77 K. Journal of Radioanalytical and Nuclear Chemistry, Articles 130, 409–415 (1989). https://doi.org/10.1007/BF02041359

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