1) AgSnO_2 contact material
AgSnO_2电接触材料
1.
AgSnO_2 contact material is the most promising electrical contact material,as in the electrical switch connected to the circuit and breaking device,which switches the safe operation of electrical appliances play a decisive role.
AgSnO_2电接触材料作为最具有应用前景的电接触材料而备受关注,作为开关电器中承担接通和分断电路的元件,它对开关电器的安全运行起决定性作用。
3) electrical contact materials
电接触材料
1.
Microstructure and physical performances of silver rare earth oxide electrical contact materials prepared by internal oxidation;
银稀土氧化物电接触材料的组织与物理性能
2.
The Ag-ZnO electrical contact materials fabricated by AF method(atomization powder and hot forging;) and PM method(powder metallurgy) were studied in the present paper.
研究了AF法(雾化粉末热锻法)和PM法(粉末冶金法)制备的Ag-ZnO电接触材料。
3.
The wettability greatly affects the distribution of ceramic in the silver base and at the same time affects the service performance of the electrical contact materials.
75O3陶瓷并加入少量添加物作为改性剂,对其与Ag的浸润性,材料的电阻率以及Ag/陶瓷复合电接触材料的电性能分别进行了研究,结果显示,改性剂使陶瓷材料与Ag之间的浸润性发生明显的变化,且作用效果与改性剂的加入方式有关,添加剂的加入使材料的电阻率增大,同时一定程度上改变了陶瓷在银基体中的分布状态,从而对电接触材料的使用性能产生较大的影响。
4) electrical contact material
电接触材料
1.
Optimization design for the preparation process of copper-based electrical contact materials reinforced by carbon nanotube
纳米碳管增强铜基电接触材料制备的优化设计
2.
Silver tin oxide electrical contact material is prepared with powder metallurgic method.
采用粉末冶金法制备出银氧化锡电接触材料,研究了不同含量的氧化锡对材料组织性能的影响,随着氧化锡含量的增加,材料的导电率和抗熔蚀性能越来越差。
3.
After a comparison between the development situation of contact material industry in China and foreign countries, we give an exploring discussion on the research and development tendency of electrical contact material.
分析了AgSnO_2电接触材料替代有毒的AgCdO材料进程中存在的主要问题。
5) electric contact materials
电接触材料
1.
The electric contact materials of Ag/CeO2 and Ag/Y2O3 were successfully synthesized by in situ(reactive synthesis) process .
采用原位合成技术成功制备了Ag/Y2O3和Ag/CeO2电接触材料。
2.
Compared with that of powder metallurgy,the silver tin oxide electric contact materials fabricated by reactive synthesis shows the better anti-erosion ability.
研究了用反应合成法和粉末冶金法两种工艺制备的AgSnO2电接触材料经激光扫描后的微观结构差异。
补充资料：电致发光显示材料(见电致发光材料)
电致发光显示材料(见电致发光材料)
electroluminescent display materials
蒸敷棘巍 diSPlay 又称场致 质的粉末
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条