THE DISTRIBUTION OF OXIDATION STATES OF ~(130)T FORMED IN ~(133)Cs(n, a) REACTION INDUCED BY 14MeV NEUTRONS[J]. Journal of Nuclear and Radiochemistry, 1987, 09(2): 121-121.
Citation:
THE DISTRIBUTION OF OXIDATION STATES OF ~(130)T FORMED IN ~(133)Cs(n, a) REACTION INDUCED BY 14MeV NEUTRONS[J]. Journal of Nuclear and Radiochemistry, 1987, 09(2): 121-121.
THE DISTRIBUTION OF OXIDATION STATES OF ~(130)T FORMED IN ~(133)Cs(n, a) REACTION INDUCED BY 14MeV NEUTRONS[J]. Journal of Nuclear and Radiochemistry, 1987, 09(2): 121-121.
Citation:
THE DISTRIBUTION OF OXIDATION STATES OF ~(130)T FORMED IN ~(133)Cs(n, a) REACTION INDUCED BY 14MeV NEUTRONS[J]. Journal of Nuclear and Radiochemistry, 1987, 09(2): 121-121.
THE DISTRIBUTION OF OXIDATION STATES OF ~(130)T FORMED IN ~(133)Cs(n, a) REACTION INDUCED BY 14MeV NEUTRONS
The Chemical behavior of 130I hot atoms formed in 133Cs(n,α) reaction induced by 14MeV neutrons has been studied. The reduced states (I-+I°) are separated by extraction, and IO3- and IO4- forms are isolated by strong-base anionic exchange column. Results show that the recoiling atoms formed by nuclear reaction prefer reduced states in solid matrixes.
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