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Chemical Recovery of Damage Entities in γ-Irradiated Doped (Ba2+) Caesium Bromate
-
D. Bhatta
Published/Copyright:
February 1, 1992
Published Online: 1992-2-1
Published in Print: 1992-2-1
© 2014 Oldenbourg Wissenschaftsverlag GmbH, Rosenheimer Str. 145, 81671 München
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Articles in the same Issue
- Contents
- Excitation Function and Yield for 97Ru Production in 99Tc(p,3n)97Ru Reaction in 20 - 100 MeV Proton Energy Range
- Mass Distribution in 12C Induced Fission of 232Th
- Chemical Effects of Nuclear Transformations in Mixed Crystals 12. Chemical Effects of the 37Cl(n,y)38Cl Nuclear Reaction in K2SnCl6-K2OsBr6 Mixed Crystals
- A Study of Hydrolysis Reaction of Curium(III) by Time Resolved Laser Fluorescence Spectroscopy
- Interaction of Uranyl(VI) with Silicic Acid
- Sorption Behaviour of Uranium on Tin(IV) Antimonate from Aqueous Solutions
- Preparation of Spiked 137Cs/134Cs Zeolite Molecular Sieve 4A for Use as Environment Calibration Standards
- Volatilization of Ruthenium, Caesium and Technetium from Nitrate Systems in Nuclear Fuel Processing and Waste Solidification
- Chemical Recovery of Damage Entities in γ-Irradiated Doped (Ba2+) Caesium Bromate
Articles in the same Issue
- Contents
- Excitation Function and Yield for 97Ru Production in 99Tc(p,3n)97Ru Reaction in 20 - 100 MeV Proton Energy Range
- Mass Distribution in 12C Induced Fission of 232Th
- Chemical Effects of Nuclear Transformations in Mixed Crystals 12. Chemical Effects of the 37Cl(n,y)38Cl Nuclear Reaction in K2SnCl6-K2OsBr6 Mixed Crystals
- A Study of Hydrolysis Reaction of Curium(III) by Time Resolved Laser Fluorescence Spectroscopy
- Interaction of Uranyl(VI) with Silicic Acid
- Sorption Behaviour of Uranium on Tin(IV) Antimonate from Aqueous Solutions
- Preparation of Spiked 137Cs/134Cs Zeolite Molecular Sieve 4A for Use as Environment Calibration Standards
- Volatilization of Ruthenium, Caesium and Technetium from Nitrate Systems in Nuclear Fuel Processing and Waste Solidification
- Chemical Recovery of Damage Entities in γ-Irradiated Doped (Ba2+) Caesium Bromate