1) ultrafine powder of diamond
金刚石超细粉
2) UFD
超细金刚石粉末
4) ultrafine diamond
超细金刚石
1.
The effect of particle size of explosive on the yield ofthe explosively synthesized ultrafine diamonds;
炸药粒度对爆轰合成超细金刚石得率的影响
2.
This paper proposes a method to use Mach effect in explosive detonation to enhance the yield of ultrafine diamond.
在爆轰法合成超细金刚石中利用马赫效应提高金刚石得率。
3.
S In the article,the mechanism of ultrafine diamond synthesized from the carbon ofexplorives, are given a systematic summary and analysis from three aspects,experimental explorestheoretical research and numerical modelling.
从实验探索、理论研究和数值模拟三方面对利用炸药分子中的碳合成超细金刚石的机理进行了系统的总结与分析，并介绍了目前这个领域的一些有待研究的问题。
5) Nanosized diamond particles
金刚石超微粉
1.
Considering that, the research on the field emission of the CNT and Nanosized diamond particles composed materials is meaningful.
碳纳米管已经被证实具有良好的场发射特性,而金刚石超微粉也具有负电亲和势低的特点。
6) Ni P UFD
Ni-P-超细金刚石
1.
The morphology of electroless platings of Ni P UFD was studied by optical metallographic microscopy and SEM, the age temperature's effect on the microstructure of this platings was studied using XRD, TEM and DTA, and the age temperature's effect on microscopic hardness was explained.
利用光学金相显微镜和 SEM观察了 Ni-P-超细金刚石化学复合镀层形貌 ,用 XRD、TEM及 DTA研究时效温度对镀层组织结构的影响 ,并解释了时效温度对镀层显微硬度的影
补充资料：超石
1.谓超距投石。古代的一种习武游戏。
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