严重的玻璃生物淤积、理磨损和化学腐蚀可能影响感觉表面。
Also, severe biofouling, physical abrasion, and chemical etching of the glass may erode the sensing surface.
利用球盘磨损试验机和电化学综合测试仪研究了IBED膜层的摩擦学性能和电化学腐蚀特性。
The wear resistance and electrochemical corrosion properties of IBED coatings were investigated with ball-on-disk wear tester and electrochemical equipment, respectively.
通过电化学分析和磨损实验，比较了不同工艺条件下陶瓷层的耐电化学腐蚀及耐磨性能。
The electrochemical corrosion resistance and abrasion resistance are compared by electrochemical analysis and fretting test.
对经不同温度下热处理的镀层进行了显微硬度和XRD分析和腐蚀磨损电化学行为研究。
The HV and XRD results show that the hardening of deposition was due to crystallization during heat-treatment at different temperatures.
对经不同温度下热处理的镀层进行了显微硬度和XRD分析和腐蚀磨损电化学行为研究。
The HV and XRD results show that the hardening of deposition was due to crystallization during heat-treatment at different temperatures.
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