1) superthin slice catalyst
超薄片状触媒
2) slice catalyst
片状触媒
1.
The graphite transform ratio of 70%, 80% and 90%, which is higher than the normal slice catalyst synthesis system has been achieved by powder catalyst.
通过实验， 实现了石墨转化率在７０％ 、８０ ％ 、９０ ％ 等较高水平的粉末触媒金刚石合成，并就此与片状触媒进行了对比分析；在此基础上，通过计算得出了粉状触媒和片状触媒合成金刚石的理论产量；这些结果有助于加强对粉末触媒应用潜力的认识。
3) thin disc catalyst
薄片触媒合金
4) sheeted iron-based catalyst
片状铁基触媒
1.
The sheeted iron-based catalyst was made by powder metallurgy using pure form metallic powders as stuff.
以单质金属粉为原料,采用粉末冶金方法制备了片状铁基触媒,并借鉴目前金刚石工业中最为常用的粉末触媒组装方式及合成工艺在高温高压下进行了金刚石合成试验。
5) disc and powdery catalysts
片状与粉末触媒
1.
A study on the catalytic efficiency of disc and powdery catalysts for graphite transition to diamond;
片状与粉末触媒对石墨转化成金刚石的催化效率研究
6) powder catalyst
粉状触媒
1.
The paper analyzed the mechanism of diamond synthesis, stated and compared the processes and differences of diamond synthesis by slice and powder catalyst, and proposed the view of single room production mechanism.
文章分析了金刚石合成的机理,论述和比较了片状触媒和粉状触媒合成金刚石的过程和差异,提出了“单间生长机制”的观点,认为在粉状触媒工艺中金刚石生长的环境条件优越,合成出的金刚石晶体均匀对称,品质良好。
2.
In super-high pressure and high temperature, the large and grind diamonds are produced by using the powder graphite and the powder catalyst.
研究中采用粉状触媒和粉状石墨作为原料 ,在超高压、高温的条件下 ,经一定的工艺流程合成了高品级粗、细粒度金刚石 ,其各项技术指标达到了国内领先水平。
3.
In this paper, performances of diamond synthesized respectively with powder catalyst and with compact catalyst were compared.
比较了片状触媒和粉状触媒合成金刚石的性能 ,并从触媒材料的制备工艺及合成体系方面分析了造成性能差异的原因。
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