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1)  sensitized material
敏化材料
2)  gas-sensing material
气敏材料
1.
Development of Fe_2O_3 gas-sensing material;
Fe_2O_3气敏材料研究进展
2.
Study on catalytic property and gas sensing mechanism of indium oxide-based gas-sensing materials;
In_2O_3基气敏材料的催化性能及敏感机理研究
3.
Preparation of ZnO gas-sensing material by nucleation/crystallization separation method
成核/晶化隔离法制备ZnO气敏材料
3)  thermo-sensitive materials
热敏材料
4)  gas sensing materials
气敏材料
1.
Application of recent test technology in gas sensing materials;
近代测试技术在气敏材料研究中的应用
2.
Progress in semiconductor complex oxides gas sensing materials;
半导体复合氧化物气敏材料研究进展
3.
The preparation methods and influencing factors of intrinsically conducting polymers(ICPs) as gas sensing materials were reviewed.
综述了本征型导电聚合物(ICPs)基气敏材料的制备方法及影响其气敏性能的各种因素。
5)  gas sensitive materials
气敏材料
1.
Preparing nanometer gas sensitive materials with microemulsion reactor is a new method for nanometer materials.
基于微乳液纳米反应器制备气敏材料是制备纳米材料的新方法。
2.
In this paper,we developed a new method to test the dynamic characteristics of gas sensitive materials, and could get unique curve for differ.
气敏材料的气敏特性来源于气体在材料表面的吸附和表面反应过程。
3.
A new novel organic gas sensitive materials,substituted rare earth double phthalocyanine,has better performance of dissolving and film forming,has been preparated in this paper.
制备了一种新型的有机气敏材料—取代双酞菁镧(Sub-Re(Pc)2),该材料具有优良的溶解性能和成膜性能,无需任何分子支撑剂即可较好地在纯水亚相上形成LB膜。
6)  sensitive materials
敏感材料
1.
Study on Cr_2O_3-Al_2O_3 sensitive materials for CH_4 gas
Cr_2O_3-Al_2O_3甲烷敏感材料的研究
2.
The sensitivity and selectivity of chemical sensors are controlled by sensitive materials mainly.
化学传感器的灵敏度和选择性主要通过敏感材料的选择来确定。
3.
Research in screening of molecularly imprinted polymer sensitive materials with combinatorial chemistry is reported,from 25 candidate polymers,a novel molecularly imprinted polymer with great selectivity is screened out.
本文报道了运用组合化学进行分子印迹聚合物敏感材料筛选的研究。
补充资料:材料保护:磷化与铬酸盐化
磷化与铬酸盐化
金属在含有游离磷酸和易溶的硷﹑酸液中﹐利用表面附近的溶液酸硷度的变化获得难溶磷酸盐膜的材料保护技术。这种膜是金属在含有 6价铬和矿物性酸为主要组分的溶液中所形成的非结晶的无孔保护覆层。磷化广泛用於钢铁製品高级涂装层的前处理﹐还可与防锈油脂结合应用﹐延长有效保护期。磷化一般在接近溶液的沸点的温度下进行﹐硷化槽中的沉渣需要经常清理。铬酸盐化广泛用於锌压铸件﹑热浸锌件和镀锌镀鎘件上﹐形成的覆层能防止零件在潮湿环境中生锈﹐并能提高金属件的抗蚀性和改善外观。铝製品上的铬酸盐化有利於涂装﹐也能改善其抗蚀性和外观。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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