steam zone formation 蒸汽带形成
High steam carbon ratios were required to prevent carbon formation in the reformer tubers.
为了防止重整管中碳的形成，蒸汽与碳的比率需要非常高。
Encountered in the surrounding gas steam will be cooled or the formation of ultrafine reaction.
蒸汽遇到周围的气体就会被冷却或发生反应形成超微粉。
By test the parameters of temperature and pressure, we could analyze the formation of steam cavity in the steam driven blocks, steam cavity distribution in space and time.
通过测试的温度压力数据可以分析蒸汽驱块的蒸汽腔的形成，蒸汽腔空间和时间分布。
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