Comparison of the Effects of Cobalt-60 [gamma]-Rays and Tritium [beta][superscript -]Particles on Water Radiolysis and Aqueous Solutions and Radiolysis of the Ceric-Cerous Sulfate Dosimeter at Elevated Temperature

Comparison of the Effects of Cobalt-60 [gamma]-Rays and Tritium [beta][superscript -]Particles on Water Radiolysis and Aqueous Solutions and Radiolysis of the Ceric-Cerous Sulfate Dosimeter at Elevated Temperature

Abstract : Monte Carlo simulations have proven to be very powerful techniques to study the radiolysis of water and the mechanisms underlying this radiolysis. Monte Carlo simulations particularly become important when there are no experimental results available in the literature due, for instance, to...

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Bibliographic Details
Main Author: Mirsaleh Kohan, Leila
Other Authors: Jay-Gerin, Jean-Paul
Language:en
Published: Université de Sherbrooke 2014
Subjects:
Radiolysis of water
Monte Carlo simulation
Tritiated water
G-values
Free radical and molecular yields
LET
Fricke dosimeter
Ceric-cerous sulfate dosimeter
Track structure
[superscript 3]H [béta Minuscule][superscript -] rays
[superscript 60]Co [gamma Minuscule]-rays
Radiolyse de l'eau
Simulation Monte-Carlo
Eau tritiée
Particules [béta Minuscule][indice supérieur -] de [indice supérieur 3]H
Rayons [gamma Minuscule] de [indice supérieur 60]Co
Radicaux libres et produits moléculaires
Dosimètre de Fricke
Dosimètre au sulfate cérique-céreux
Structure de trajectoires
Online Access:http://savoirs.usherbrooke.ca/handle/11143/168

Internet

http://savoirs.usherbrooke.ca/handle/11143/168

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