1) Adkins catalyst
艾德金斯催化剂
2) gold catalyst
金催化剂
1.
Catalytic oxidation of HCHO and CO at low temperature by nanosized gold catalysts;
纳米金催化剂低温催化氧化甲醛和一氧化碳的研究
2.
A series of gold catalysts were prepared by deposition precipitation method and the catalytic capacity of CO oxidation reaction was determined.
通过沉积沉淀法制备了负载型金催化剂,测定了其对CO的催化氧化性能。
3) Aidelaisi
艾德莱斯
1.
The Live Fossil Multicultural Syncretizing on Silk Road——Aidelaisi Silk;
丝绸之路多元文化交融的活化石——艾德莱斯绸
4) catalyzer alloy
催化剂合金
1.
At HTHP(High Temperature High Pressure),large quantity of C atom or aggregate of graphite material dissolves into catalyzer alloy,while returning to normal temperature and pressure,the saturated C will separate from alloy crystal lattice forming graphite crystal in alloy,becoming re-crystallized graphite.
石墨材料在高温高压条件下,大量的C原子和原子团溶解于催化剂合金中,当回到常温常压下,过饱和的C会从合金晶格中析出来,形成的石墨晶体存在于合金中,成为重结晶石墨。
2.
At HTHP(high temperature high pressure),large quantity of C atom or aggregate of graphite material dissolves into catalyzer alloy,while returning to normal temperature and pressure,the saturated C will separate from alloy crystal lattice forming graphite crystal in alloy,becoming re-crystallized graphite.
石墨材料在高温高压条件下,大量的C原子和原子团溶解于催化剂合金中,当回到常温常压下,过饱的C会从合金晶格中析出来,形成的石墨晶体存在于合金中,成为重结晶石墨。
5) metal catalyst
金属催化剂
1.
Study on Sulfur Tolerance of Nickel Metal Catalysts in Aromatic Hydrogenation;
镍金属催化剂芳烃加氢抗硫性的研究
2.
Researches in solid acid catalyst, solid base catalyst and metal catalyst and their prospect of application were discussed.
对绿色化工催化剂的研究进展进行了综述,主要介绍了固体酸催化剂、固体碱催化剂和金属催化剂的研究现状,并对其应用和发展前景作了总结和评述。
3.
The catalytic growth of carbon nanotubes on different mesoporous molecular sieves as metal catalyst supports was investigated systematically,and the effect of the reaction conditions on the purity and yield of the carbon nanotubes was discussed.
以不同的介孔分子筛作为金属催化剂载体,对催化合成纳米碳管进行了系统的研究,讨论了反应条件对纳米碳管纯度和产量的影响。
补充资料:艾德金斯催化剂
分子式:
CAS号:
性质:又称“亚铬酸铜”催化剂(“cupric chromite”catalyst)。棕黑色粉状固体。一般以CuCr2O4表示(实际上是一种复杂的混合物,上式并不能确切地表示催化剂的组成)。用硝酸钡及硝酸铜的水溶液与重铬酸铵及浓氨水组成的水溶液反应制取。用作羰基化合物、酯类等的氢化还原催化剂,反应一般需在加热加压下进行。
CAS号:
性质:又称“亚铬酸铜”催化剂(“cupric chromite”catalyst)。棕黑色粉状固体。一般以CuCr2O4表示(实际上是一种复杂的混合物,上式并不能确切地表示催化剂的组成)。用硝酸钡及硝酸铜的水溶液与重铬酸铵及浓氨水组成的水溶液反应制取。用作羰基化合物、酯类等的氢化还原催化剂,反应一般需在加热加压下进行。
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