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首页> 外文期刊>Journal of nuclear science and technology >Oxidation of Uranium by Partially Decomposed Carbon DioxideStudy on the Behavior of Punctured Fuel Element for Calder Hall Type Reactor, (5)
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Oxidation of Uranium by Partially Decomposed Carbon DioxideStudy on the Behavior of Punctured Fuel Element for Calder Hall Type Reactor, (5)

机译:部分分解的二氧化碳氧化铀对Calder Hall型反应堆穿刺燃料元件性能的研究,(5)

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The oxidation rate of U rods by partially decomposed CO2 was measured thermogravimetrically and compared with that by undecomposed CO2, in an attempt to study the effect of ionizing radiation on the compatibility of U with CO2. The decomposition was by silent discharge. Measurement was performed for cases of 0.29%, 0.44% and 0.68% decomposed CO2, at 500° and 600°C. It was found that the oxidation rate rises almost linearly with increasing percentage of decomposition of the CO2. At 500°C the oxidation rate with 0.68% decomposed CO2 was eighteen times higher than with undecomposed CO2, and five times higher at 600°C. Such increase was related to O2 content in the decomposed gas.
机译:通过热重法测量了U棒部分分解的CO2的氧化速率,并将其与未分解的CO2进行比较,以研究电离辐射对U与CO2相容性的影响。分解是通过静默放电进行的。在500°C和600°C下对0.29%,0.44%和0.68%的分解CO2进行了测量。已经发现,氧化速率随着CO 2分解百分比的增加而几乎呈线性增加。在500°C下,分解后的CO2浓度为0.68%的氧化速率是未分解CO2下的氧化速率的18倍,在600°C下则高出五倍。这种增加与分解气体中的O2含量有关。

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