Explore: Pulse Radiolysis

Radioactive Waste/Materials Pulse radiolysis What is pulse Radiolysis [1] The Formation and Detection of Intermediates in Water Radiolysis, Radiation Research

experiment is known as pulse radiolysis which is closely related to flash photolysis. In the latter experiment the sample is excited by a pulse of light to examine

Buxton, George V.; Ellis, Paul G.; McKillop, Thomas F.W. (1979). "Pulse radiolysis study of acrylonitrile in aqueous solution". J. Chem. Soc., Faraday

application of ESR spectroscopy. Advanced experimental techniques such as pulse radiolysis and time-resolved spectroscopy have been pivotal in detecting and studying

However, its second acid dissociation constant has been estimated by pulse radiolysis techniques: HMnO− 4 ⇌ MnO2− 4 + H+   pKa = 7.4 ± 0.1 The name "manganite"

physicist known for his work in radiolysis. While working at Paterson Labs in Manchester, he created a pulse radiolysis apparatus that led to the discovery

HAsO−; see Kläning UK, Bielski BH, Sehested K (1989). "Arsenic(IV). A pulse-radiolysis study". Inorganic Chemistry. 28 (14): 2717–24. doi:10.1021/ic00313a007

was found to be much slower. This rate was redetermined by using two-pulse radiolysis competition methods with benzoate and thiocyanate ions at pH 11.4.

Schmidt, K. H.; Morss, L. R.; Pippin, C. G.; Williams, C. (1988). "Pulse radiolysis studies of berkelium(III): preparation and identification of berkelium(II)

and sulfate radicals. Radical reactions of NAA were studied using pulse radiolysis technique. Hydroxyl adduct radical was formed as the intermediate during