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首页> 外文期刊>Materials at High Temperatures >Comparison of the oxidation behaviour of 60Si2MnA at 800-1200 degrees C in dry and wet air
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Comparison of the oxidation behaviour of 60Si2MnA at 800-1200 degrees C in dry and wet air

机译:60Si2MNA在干湿空气中800-1200摄氏度氧化行为的比较

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The current study investigated the short-term oxidation behaviour of a Si-containing spring steel 60Si2MnA in dry air and wet air (containing 24.8%H2O) at 800 - 1200 degrees C. It was found that within the furnace temperature range of 800 - 1100 degrees C, the oxide scale amount generated in dry air within 20 min at a given temperature was drastically less than that formed in wet air, but within the range of 1140 - 1200 degrees C, the scale amounts formed in the two atmospheres were nearly identical, increasing rapidly with temperature. Significantly different scale structures developed in the two atmospheres within 800 - 1140 degrees C, but the scale structures developed in the two atmospheres at 1170 - 1200 degrees C were similar. A more complex scale structure was observed in the specimen oxidized at a furnace temperature of 1140 degrees C in dry air. The mechanisms responsible for the oxidation behaviour and scale structures developed were discussed.
机译:目前的研究研究了在干燥空气和湿空气中的含Si的弹簧钢60Si2MNA的短期氧化行为(含有24.8%H 2 O),在800-1200℃下发现它在800-1100的炉温范围内 在给定温度的20分钟内在干燥空气中产生的氧化物比例大于湿空气中形成的氧化物量量,但在1140-1200℃的范围内,在两个大气中形成的比例几乎相同 ,随着温度迅速增加。 在800-1140℃的两个大气中显着不同的尺度结构,但在1170 - 1200℃的两个大气中开发的刻度结构相似。 在干燥空气中在1140℃的炉温下氧化的标本中观察到更复杂的规模结构。 讨论了负责氧化行为和规模结构的机制。

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