1) NiCrAlYSi bond coating
NiCrAlYSi粘结层
2) NiCrAlYSi coating
NiCrAlYSi涂层
1.
The NiCrAlYSi coatings and NiCrAlYSi+AlYSi composite coatings were deposited by ARC ion plating(AIP) on K3 superalloys.
采用电弧离子镀技术在K3镍基高温合金基材上分别沉积NiCrAlYSi涂层和NiCrAlYSi+AlYSi沉积-扩散型复合涂层,研究两种涂层在1100℃下的高温氧化行为和900℃下的燃气热腐蚀行为。
2.
NiCrAlYSi coating has been deposited on IC10 alloy substrate by arc ion plating and the effects of NiCrAlYSi coating on tensile, stress rupture, rotating bending fatigue properties have been investigated for the IC10 alloy.
采用电弧离子镀技术在IC10合金基体上制备出厚度为30μm的NiCrAlYSi涂层,研究NiCrAlYSi涂层对IC10合金拉伸、持久、疲劳性能的影响。
3.
NiCrAlYSi coating was deposited on DZ125 alloy substrate by arc ion plating and its effect on tensile,stress rupture,and fatigue properties of DZ125 alloy was studied.
采用电弧离子镀技术在DZ125合金基体上制备出厚度约为30μm的NiCrAlYSi涂层,研究NiCrAlYSi涂层对DZ125合金拉伸、持久、疲劳性能的影响。
3) bonding coating
粘结底层
4) Tack coat
粘结层
1.
The process control of plastering-type external wall is elaborated from base course,thickness of tack coat,paving of grid cloth,thickness of crack resistant layer and external decorative costing,in order to ensure the construction quality of external wall exterior heat-insulation project.
从基层墙面清理、粘结层厚度、网格布铺贴、抗裂层厚度、外装涂饰层等方面对粘贴式外墙外保温的施工过程控制进行了详细阐述,以确保外墙外保温工程的施工质量。
5) bond coat
粘结层
1.
Rockwell hardness tester and knoop hardness tester were employed to evaluate the extent of adhesion between bond coat and top coat.
9 mg/cm2,而有粘结层的试样,其氧化增重大约为0。
2.
Taking three different emulsified asphalt as waterproof bond coat,researching the shear strength and tensile strength of the three different modified emulsified asphalt and ascertaining the optimum amount of them have important significance to guarantee the quality of bridge deck pavement.
以三种不同的乳化沥青为防水粘结层,研究这三种不同改性乳化沥青的抗剪强度、抗拉强度并确定三者的最佳撒铺量,对于保证桥面铺装质量具有重要的意义。
3.
Bond coat is a kind of coating that improved the interface conjunction between the bond coat and the top coat.
粘结层是在陶瓷层与金属基体之间的一层改善陶瓷层与基体粘结性的过渡层。
6) binding layer
粘结层
1.
Test study of varieties and spread quantities for binding layer in asphalt pavement;
沥青路面粘结层品种与洒布量的试验研究
2.
Interface conjunction factors of the ceramic layer/binding layer interface of thermal barrier coatings were calculated on various bonding layer Cr contents with the combination of the empirical electron theory of solid and molecule (EET) and improved Thomas-Ferim-Dirac theory.
结合固体与分子经验电子理论(EET)和改进的TFD理论,计算了在不同粘结层Cr含量下热障涂层的陶瓷层/粘结层界面的界面结合因子,以预测Cr对该界面结合的影响。
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