60Co-Gamma radiolysis of the trisoxalato cobalt (III) ions in deoxygenated neutral aqueous solution
Bhavana Sharma, Purshottam Saran
Abstract
Bhavana Sharma, Purshottam Saran
Abstract
Radiolysis of the trisoxalato cobalt (III) ions in deoxygenated neutral aqueous medium have been undertaken at low and high doses. At low doses, the rate of radiolysis is independent of the concentration of the complex ion in the range 3.24×10−3 − 10−2 mol dm−3 and is enhanced by the addition of free oxalate ions. On prolonged irradiation, the rate of degradation gradually increases. Initially H and reduces the complex ion, but at later stages, oxalate ion radical C2O4 ·1−, produced by the interaction of OH radicals with the generated C2O4 2− ions during the radiolysis, also reduce the [Co(C2O4)3]3− ions.
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Radiolysis of the trisoxalato cobalt (III) ions in deoxygenated neutral aqueous medium have been undertaken at low and high doses. At low doses, the rate of radiolysis is independent of the concentration of the complex ion in the range 3.24×10−3 − 10−2 mol dm−3 and is enhanced by the addition of free oxalate ions. On prolonged irradiation, the rate of degradation gradually increases. Initially H and reduces the complex ion, but at later stages, oxalate ion radical C2O4 ·1−, produced by the interaction of OH radicals with the generated C2O4 2− ions during the radiolysis, also reduce the [Co(C2O4)3]3− ions.
Key concepts: Radiolysis, Oxalate, Cobalt, Aqueous solution, Cobalt-60, Chemistry, Ion, Radical