Author:
Tanaka Ikuzo,Steacie E. W. R.
Abstract
The krypton photosensitized ionization of nitric oxide and acetone has been investigated. At constant nitric oxide pressure, the relation between ion current and krypton pressure is given by i = a + b(1 − e−cp), where i is the ion current, a, b, and c are constants, and p is the krypton pressure. It has been further shown that the quenching cross section of nitric oxide for excited krypton is smaller than that of acetone. Sensitized photoionization was also obtained in the cases of xenon and anisole, and argon and nitric oxide. The quenching of excited krypton by helium, hydrogen, and deuterium has been studied. Helium quenches to a negligible extent; the quenching efficiency of hydrogen is rather greater than that of deuterium.
Publisher
Canadian Science Publishing
Subject
Organic Chemistry,General Chemistry,Catalysis
Cited by
11 articles.
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