依据熔盐电化学模型讨论了熔灰腐蚀机理。
The corrosion mechanisms of melted ash are discussed on the basis of electro-chemical model of melted salts.
电化学技术作为一种有效的合成和分析方法在能量转换、生物、熔盐和腐蚀科学等领域倍受关注。
Electrochemical technique as an effective synthesis and analysis approach has attracted much attention in many fields including energy transform, biology, metallurgy and corrosion science etc.
用熔盐作为制备金属电沉积槽液的溶剂具有液态温度范围广和“电化学窗口”大等优异特点。
The fused salts as solvents for preparing electroplating bath have some important features, that is, their wider temperature range of liquid state and larger "electrochemical window".
根据热腐蚀的特点，吸收盐熔模型的合理成分，并考虑到热腐蚀与高温气体腐蚀的共性，提出热腐蚀的电化学模型。
The rational aspects of the fluxing model as well as the general characteristics existing in high temperature gaseous corrosion and hot corrosion are considered in the electrochemical model.
根据热腐蚀的特点，吸收盐熔模型的合理成分，并考虑到热腐蚀与高温气体腐蚀的共性，提出热腐蚀的电化学模型。
The rational aspects of the fluxing model as well as the general characteristics existing in high temperature gaseous corrosion and hot corrosion are considered in the electrochemical model.
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