单晶质的金刚石粉末陈列一张方块图为力量。
Monocrystalline diamond powders exhibit a block structure for strength.
着重指出，这种金刚石粉是由纳米尺寸的颗粒组成的一种金刚石新品种。
It is emphasized that this is a new assortment of synthetic diamond, which possesses a series of special properties and structures.
广东省珠海市聚晶金刚石企业有限公司是中国最大的金刚石粉生产企业之一。
Zhuhai Jujing Diamond Enterprise Co. , Ltd is one of the largest diamond micro powder factories in China.
利用自制的球-棒疲劳试验机，研究了纳米金刚石粉对钢球接触疲劳寿命的影响。
Effects of nano diamond particles on contact fatigue life of steel ball were evaluated on a self-made ball-rod contact fatigue tester.
研究了化学复合镀纳米金刚石粉的不同施镀工艺，并分析了复合镀层的性能和结构。
The process of Ni-P nanometer diamond composite electroless plating was studied. The structure and hardness of the composite coating were analysed.
试验探索了转盘转速、金刚石粉颗粒尺寸、磨盘表面形状对金刚石自支撑膜磨抛速率的影响。
Research showed the effect of grinding pan, rotational speed and diamond powder size on polishing speed.
通过该结构电流电压特性的测量和发光特性的观察研究了金刚石粉末冷阴极的电子场发射性能。
By measuring current voltage characteristics and observing light emission of these diodes, electron emission feature of these diamond powder cold cathodes were investigated.
通过对爆轰制备的纳米金刚石粉进行去除杂质，亲水处理，制备出分散稳定的含纳米金刚石粉的镀液。
After impurities removing and hydrophilic treatment of nano -diamond powder(ND) obtained from detonation, a stable plating bathe containing ND powder is achieved.
实验结果证明在金刚石粉—镍复合层上沉积不出金刚石，而在巴基管—镍复合层上可以沉积出金刚石。
The results show that it fails for diamond film (DF) to be deposited on the multiple nickel and diamond powder layers, but DF can be done on the multiple nickel and buckytube layers.
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。
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。
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.
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