resistance alloys

Hydrophilie property, corrosion resistance and heat resistance of the membranes on Al alloys were tested.

测定了该亲水膜层涂覆在铝合金表面的亲水性 、 耐蚀性和耐热性等.

Newly developed dental alloys and the resistance to corrosion are also introduced.

介绍了近年开发的口腔科用新型合金及其耐蚀性能.

Material Resistance and Research Status of ZA Alloys Resistance Property

材料阻尼及ZA合金阻尼性能的研究现状

Resistance to softening, the effects of alloy elements and microstructures of Cu-0.1% Ag-0.06% Ce and Cu-0.1% Ag-0.1% Cr alloys were analyzed and compared with Cu-0.1% Ag alloy, by using hardometer, electronic tensile testing machine, optical microscope and TEM, etc.

采用显微硬度计、电子拉伸试验机、光学显微镜和TEM等，通过与Cu-0.1%Ag合金对比，分析了Cu-0.1%Ag-0.06%Ce合金和Cu-0.1%Ag-0.1%Cr合金的抗软化性能、合金元素的作用及组织形貌特征。

Research on Improving the Thermal Strength and Wear Resistance of Zinc-Based Alloys

改善锌基合金热强度和耐磨性的研究

Molybdenum disilicide can be used as anti-oxidation coating of refractory metals molybdenum and alloys for high temperature, which is due to the higher melting point, thermal shock resistance, good thermal conductivity and excellent high temperature oxidation resistance.

二硅化钼因较高的熔点、抗热冲击性、良好的导热性和优异的高温抗氧化性能可作为难熔金属钼及其合金高温抗氧化涂层。

The difference of dynamics and thermodynamics of the reactions of two metal oxides with KCl causes the difference of corrosion resistance of Fe-Cr alloys with different Cr content under KCl deposits.

两种氧化物与KCl反应的动力学和热力学的差异导致不同Cr含量的Fe-Cr合金在KCl盐膜下耐腐蚀性的区别。

The coupler of Fe-Mn-Si-C alloys was developed and the influence of bearizing rate of coupler, connection length and thickness of pipe wall on the connection strength and pressure resistance was analyzed.

研制Fe-Mn-Si-C形状记忆合金管接头，并分析管接头扩孔率、连接长度、管壁厚度对连接强度及其耐压性能的影响。

Because the contact resistance in spot welding of aluminum alloys is random and non continuous in distribution, and also the aluminum alloys have excellent electric and heat conduct ability, the nucleation process has the unique properties.

在铝合金的电阻点焊过程中，由于接触电阻具有随机性和分布不连续的特征，而且铝合金材料本身具有优良的导电、导热能力，这使得其点焊的形核过程具有独特的特点。

Titanium and its alloys are widely used as biomedical materials in orthopedic and dental surgery because of their high specific strength, fatigue resistance, corrosion resistance and biocompatibility.

钛及钛合金具有良好的耐蚀性、比强度、疲劳抗力及生物相容性，广泛应用于矫形外科和牙科植入体中。

Thermoelectric force Test method for thermoelectric power of precision resistance alloys

GB/T6147-1985精密电阻合金热电动势率测试方法