1) catalyst filling
触媒装填
2) catalyst
[英]['kætəlɪst] [美]['kætḷɪst]
触媒
1.
Influences of the service life of catalyst on the conversion of acetylene;
触媒使用期限对乙炔转化率的影响
2.
Experiment research on the catalyst used for special type diamond synthesis;
特殊类型金刚石合成用触媒的实验研究
3.
Effect of grit size of iron base catalyst and its uniformity on the synthesis of diamond;
铁基粉末触媒的粒度及其均匀性对合成金刚石的影响
3) catalysis
[英][kə'tælisis] [美][kə'tælɪsɪs]
触媒
1.
The interface lattice fitting does not play the key role in catalysis by the analyses of Yu's empirical electron theory of solids and molecules and Cheng's improved TFD model.
利用余氏固体与分子经验电子理论以及程氏改进的TFD(Thomas-Fermi-Dirac)模型计算表明,界面共格对应并不是有效触媒基底的本质要求。
2.
By employing Yu’s empirical electron theory of solids and molecules and Cheng’s improved TFD model expressing the equal electron density on the interfaces, it is shown that the interface lattice fitting does not play the key role in catalysis.
异质形核是凝固领域的核心问题之一,界面共格对应理论无法解释金液滴异质形核过程中ZrC,TiC,TiN等基底的触媒作用优于TiO的现象。
4) catalysts
触媒
1.
Cultural Facilities as Catalysts in Urban Design;
作为城市触媒的公共文化设施及其设计
2.
Catalysts were investigated to show the influence on properties of BCN composites.
针对高温高压合成方法，阐述了触媒的重要作用。
5) coolant charging-up
冷媒填充
1.
Aiming at the domestic application status of coolant charging-up and existing problems,this paper proposes a dsPIC30F3014 based control system design uses for mobile coolant charging-up device,which adopts microcomputer control based measurement technology and differential pressure leak hunting principle to realize digitalizing ration charging-up and leak hunting.
针对目前国内冷媒填充使用状况和存在的问题,利用微电脑控制计量技术和差压检漏原理进行数字化定量填充及检漏,提出了基于单片机dsPIC30F3014的汽车冷媒填充装置控制系统设计方案,给出系统硬件组成结构和软件设计思想,详细介绍了关键电路的工作原理,对系统的抗干扰措施进行了讨论。
6) photocatalyst
[,fəutəu'kætəlist]
光触媒
1.
Research on cotton fabric loaded with rare earth modified photocatalyst;
纯棉织物负载稀土改性光触媒的研究
2.
Development of Antibacterial study of photocatalyst Nano-TiO_2;
光触媒TiO_2的抗菌研究进展
3.
Evaluation on effectiveness of photocatalyst in degradation of air pollutants;
光触媒降除空气污染物效果评价
补充资料：触媒
分子式：
分子量：
CAS号：
性质：见催化剂。
分子量：
CAS号：
性质：见催化剂。
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