1) synthetic single crystal diamond
人造单晶金刚石
1.
Study on laser micro-drilling technology for synthetic single crystal diamond
人造单晶金刚石激光微孔加工技术研究
3) synthetic polycrystalline diamond
人造金刚石聚晶
1.
Three groups of synthetic polycrystalline diamond were sintered under different conditions, then the magnetism and abrasion ratio of the synthetic polycrystalline diamond were measured by using WCF -2 and JS71 - A respectively, while the influence of different technics and bonds on magnetism and abrasion ratio were analyzed.
结果表明:人造金刚石聚晶的磨耗比与磁性之间存在着一定的关系,即一定的烧结条件下聚晶的磁性愈强反而它的磨耗比愈小。
2.
The magnetism of the synthetic polycrystalline diamond and its raw materials including diamond powder,silicon powder,titanium powder,graphite and resultant carborundum was measured by WCF-2.
采用WCF-2多用磁性分析仪对高温高压烧结的人造金刚石聚晶及其合成原料(金刚石粉、硅粉、钛粉、石墨)和烧结过程中生成的碳化硅等进行了磁性测量。
4) diamond single crystal
金刚石单晶
1.
Optics microscope and X-ray diffraction(XRD) were used to investigate the solvent metal covering on diamond single crystal synthesized by iron-based alloy catalyst and graphite under different synthesized technics at high temperature and high pressure(HTHP).
利用光学显微镜和X射线衍射等手段,表征了高温高压下合成金刚石单晶时不同合成工艺的铁基触媒合金组织结构。
2.
Scanning electron microscope(SEM) and Energy Dispersive Spectroscope(EDS) were used to investigate the effects of procedure parameters on the structures and composition of the metallic film covering on diamond single crystal from a graphite-Ni70Mn25Co5 system under high temperature and high pressure(HTHP).
利用扫描电子显微镜和能谱仪,研究了高温高压下金刚石单晶合成工艺参数对石墨-Ni70Mn25Co5体系中金属包膜组织形貌和成分的影响。
3.
The development of study on synthesizing diamond single crystal,thin film and nanocrystal with un-graphite materials is summarized.
综述了国内外在采用非石墨材料合成金刚石单晶、薄膜以及纳米金刚石方面的研究进展,并对21世纪金刚石的发展和应用前景做出了展望。
5) monocrystalline diamond
单晶金刚石
1.
The artificial synthesis and applications of the diamond powders,monocrystalline diamond,diamond film and polycrystalline diamond have been summarized.
详细介绍了天然金刚石的发现、特性、鉴别方法和应用范围,论述了金刚石粉体、单晶金刚石、金刚石膜和聚晶金刚石的人工合成方法和应用情况。
6) diamond crystal
金刚石单晶
1.
Research on Growth Interface of Diamond Crystal under the High Pressure and Temperature Environment;
高温高压条件下金刚石单晶生长界面的研究
补充资料：人造
1.人工制造。与"天然"相对。
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