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氧化腐蚀 meaning in Chinese

oxidation corrosion
oxidation etching
oxide etch

Examples

  1. Uranium is chemically active , which is extremely corroded in many environments
    金属铀具有高化学活性,在许多环境中极易发生氧化腐蚀
  2. Once tube wall is overheated , oxidation corrosion rate is not only accelerated , hut also the tube performance is rapidly deteriorated
    一旦管壁过热不仅加速氧化腐蚀速率,且急剧恶化管材性能。
  3. It has plump coating film , good luster , good decoration performance and resistance to oxidation and corrosion and is resistant to cold - hot alternation
    涂膜丰满,有光泽,装饰性能好,抗氧化腐蚀,耐冷热交替。
  4. Oxidation erosion , liquid aluminum erosion and the erosion mechanism of grey cast iron crucible for aluminum melting were described in detail . the methods such as alloying of as - cast surface for improving oxidation resistance of the grey cast iron crucible and both composition adjustment and infiltration protection for improving liquid aluminum erosion resistance of the crucible were introduced . the corrosion resistance and service life of grey cast iron crucible were improved effectively with these methods through decreasing various channels of erosion developing from the surface to the inner of crucible
    详细论述了熔铝灰铁坩埚的氧化腐蚀、铝液腐蚀及其腐蚀机制,介绍了能够提高灰铁坩埚抗高温氧化能力的铸态表面合金化法和能够提高灰铁坩埚抗铝液腐蚀能力的调整成分法与浸渗保护法,这些方法通过减少腐蚀由坩埚表面向基体内部发展的各种“通道” ,有效地改善了灰铁坩埚抗腐蚀性能,提高了坩埚使用寿命。
  5. Abstract : oxidation erosion , liquid aluminum erosion and the erosion mechanism of grey cast iron crucible for aluminum melting were described in detail . the methods such as alloying of as - cast surface for improving oxidation resistance of the grey cast iron crucible and both composition adjustment and infiltration protection for improving liquid aluminum erosion resistance of the crucible were introduced . the corrosion resistance and service life of grey cast iron crucible were improved effectively with these methods through decreasing various channels of erosion developing from the surface to the inner of crucible
    文摘:详细论述了熔铝灰铁坩埚的氧化腐蚀、铝液腐蚀及其腐蚀机制,介绍了能够提高灰铁坩埚抗高温氧化能力的铸态表面合金化法和能够提高灰铁坩埚抗铝液腐蚀能力的调整成分法与浸渗保护法,这些方法通过减少腐蚀由坩埚表面向基体内部发展的各种“通道” ,有效地改善了灰铁坩埚抗腐蚀性能,提高了坩埚使用寿命。
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Related Words

  1. 腐蚀动力学
  2. 抗腐蚀
  3. 电镀腐蚀
  4. 硫腐蚀
  5. 环境腐蚀
  6. 腐蚀劳损
  7. 再腐蚀
  8. 烟气腐蚀
  9. 腐蚀损坏
  10. 炉衬腐蚀
  11. 氧化釜
  12. 氧化腐蚀特性
  13. 氧化富集带
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