Abstract
Electron scavenging by nitroprusside (NP) ion was studied in several glassy matrices at 77 K. Scavenging efficiencies were determined from the dependences of the yields of trapped electrons and scavenging product on the scavenger concentration. New treatment of scavenging data was proposed and applied also to literature data. It has been shown that the yield of scavengable electrons in the investigated systems is 2.9–3.5, indicating that some dry electrons escape scavenging by NP ion. This suggestion was supported by the fact that NP does not compete with benzyl chloride in the process of dry electron scavenging.
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