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Three Phase Region in Ternary System UO2-PUO2-PU2O3
Abstract:The thermal decomposition of PuF6 in the temperature range from 100° to 160°C was studied. At 100° and 120°C, no decomposition was detected. At 140° and 160°C, the rate of decomposition during reaction lasting up to 20 hr, and the dependence of the decomposition on the initial PuF6 pressure were determined. The results are explained by assuming that the rate of decomposition is proportional to the 0.4-th power of PuF6 pressure. The activation energy of the reaction was found from calculation to be 14.8 kcal/mole.
Keywords:thermal decomposition  plutonium hexafluoride  fluoride volatility process  radiation decomposition  two-part equation  pressure dependence  medium temperature  catalytic surface reaction  effective surface area  activation energy  thermodynamic properties  plutonium fluorides
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