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An investigation of International Space Station trace contaminant oxidation catalyst poisoning

机译:国际空间站痕量污染氧化催化剂中毒的调查

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The Trace Contaminant Control System (TCCS) removes most hazardous contaminants from the space station atmosphere using a carbon bed, but some must be destroyed in a high temperature catalytic oxidizer. While the oxidizer is protected from catalyst poisons by the carbon bed, if contaminant loads are greater than anticipated, the catalyst may be exposed to a variety of poisons. Thus, we studied the effect of halocarbons, sulfides and nitrogen compounds on the catalytic activity and the products produced. We found that even if poisoning occurs, the catalyst will recover, and will not produce toxic partial oxidation products.
机译:痕量污染物控制系统(TCCS)使用碳床去除空间站大气中最有害的污染物,但有些必须在高温催化氧化剂中破坏。虽然碳床保护氧化剂免受催化剂毒药,但如果污染物载荷大于预期,则催化剂可能暴露于各种毒物。因此,我们研究了卤烃,硫化物和氮化合物对催化活性和生产的产物的影响。我们发现即使发生中毒,催化剂也会恢复,不会产生有毒部分氧化产品。

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