Sharpness of saw blades will be improved with coarsening of grit size under the condition of constant diamond concentration.
当金刚石浓度不变时，适当增大金刚石粒度，锯片锋利性也能得到提高。
Diamond concentration, commonly referred to as con, is a measure of the amount of diamond contained in a segment based upon volume.
金刚石浓度，就以行骗、是量度钻石所载金额部分是以量。
Increasing the diamond concentration by providing more cutting points will make the bond act harder while also increasing diamond tool life.
金刚石浓度增加将提供更多的切入点，同时也使债券的行为越来越难钻石工具生活。
Segmented blades have a thicker segment and higher diamond concentration for longer life and greater ability to resist very abrasive materials.
分段叶片较厚的部分和更高的使用寿命更长，更有能力抵御非常磨料金刚石浓度。
The design plan of diamond concentration is submitted by comparing the pressure of rock unit area forcing by diamond with crack strength of rock;
提出了通过比较金刚石施加给岩石单位面积的压力与岩石抗压强度来设计金刚石浓度；
The results show that saw blades will be more sharper with reducing of diamond concentration under the condition of constant grit size of the saw blades.
并通过理论计算与分析得出结论：当金刚石粒径不变时，适当减少金刚石浓度，锯片锋利性得到提高；
Better sharpness, wearability and working quality of the saw blades can be ensured by using atomized prealloyed powder ZWC and ZSF at diamond concentration of 18%.
对于雾化法得到的ZWC预合金粉末和ZSF预合金粉末组成的胎体锯片，金刚石浓度为18%时即能够保证有较好的锋利度、耐磨性以及加工质量。
These factors must be balanced by the selection of diamond grade and concentration that will provide the operator with optimum performance at a suitable cost.
这些因素必须同时顾及挑选钻石分级及浓度，将提供最佳的营表现在一个适当费用。
The diamond obtained merely need low concentration acid and alkali handling.
得到的人造金刚石只需进行低浓度酸碱处理。
The internal stress in diamond thin films deposited by DC plasma CVD was studied as a function of methane concentration and deposited temperature.
研究了直流等离子体化学汽相沉积（CVD）法合成的金刚石膜内应力随甲烷浓度、沉积温度的变化关系。
The tendency of diamond texture change was studied on the condition of various methane concentration.
研究了不同的甲烷浓度对金刚石织构变化趋势的影响。
Influence of the cathode electric current density, the agitating methods, the concentration and size of diamond powder and the placing methods of substrate on the deposition effect are discussed.
重点对影响金刚石上砂效果的几个关键因素进行了工艺试验，讨论了阴极电流密度、搅拌方式、微粉浓度及尺寸、基体放置方式对沉积效果的影响。
Diamond pattern of the Aqua fiber cloth, surrounded by dense concentration of high-functional cosmetic liquid, so that fluid communicated to the beauty skin deep.
钻石纹的水漾纤维布膜，集中密集的环绕高机能性美容液，让美容液传达到肌肤的深层。
The relationship between CH_4 concentration and the surface roughness of CVD diamond films has been studied.
研究了化学气相沉积金刚石膜时甲烷浓度与金刚石膜表面粗糙度的关系。
It was shown that, internal stress of nano-diamond films increased with increasing methane concentration, higher substrate temperature and longer deposition time.
结果表明，随着甲烷浓度的升高、衬底温度的升高以及沉积时间的延长，金刚石涂层中的压应力增大。
The diamond growth rate may be enhanced by the substrate bias due to the changes of atomic hydrogen concentration and the increase of mean electron temperature.
偏压的升高可提高电子平均温度及衬底表面附近氢原子的相对浓度；
The main parameter for diamond growth is the atomic hydrogen concentration, which is mainly influenced by the power density of the activation method.
原子态氢浓度是金刚石长大的主要参数，它主要受到活化方法的能量密度的影响。
An electroplated drill bit inlaid by diamond features that said diamond is JR4 type and has 60/70-80/100 meshes and 14-22% of volume concentration.
本发明涉及一种电镀弱包镶金刚石钻头或工具及其制作工艺。所用的金刚石为JR4型、粒度为60/70-80/100目，设计的金刚石体积浓度为14％-22％；
Finally, it makes stress nearby total fault occur "flow around" phenomenon, and forms special distribution pattern that is stress concentration area of diamond.
终极使得整个断层四周的应力发生“绕流”现象，形成了菱形的应力集中区这一特殊的分布形式。
Finally, it makes stress nearby total fault occur "flow around" phenomenon, and forms special distribution pattern that is stress concentration area of diamond.
终极使得整个断层四周的应力发生“绕流”现象，形成了菱形的应力集中区这一特殊的分布形式。
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