金刚石强度对于金刚石工具是最为重要的一个参数。
The diamond strength is a most important parameter for diamond tools.
覆层后的金刚石强度、与金属胎体的结合力和抗温(烧结钻头时的温度)性能，以及导电性等有明显的提高。
The strength of the coated diamond, the bonding force with the metallic matrix, heat resistance (sintering temperature of diamond bits) and conductance are all improved.
碳结构的强度来源于碳原子(想想金刚石)间强大的化学键。
The strength comes from the powerful chemical bonds that form between carbon atoms (think diamond).
不同的合成方法可合成出同样强度的金刚石，但其颗粒结构不同。
Different synthesis processes may synthesize diamond with the same strength but with different particle structure.
利用压力爆破技术测量了圆形金刚石膜的断裂强度。
The fracture strength of circular diamond film was measured by a burst pressure technique.
研究结果表明，在镀液中添加稀土可以提高亮镍镀层的硬度和镀液的阴极极化能力，提高镀层与基体的结合强度和金刚石工具的磨削比。
Experiment results indicated that rare earth could improve the hardness of bright nickel plating, the cathode polarization ability, the substrate bond strength and the grinding ratios of diamond tool.
提出了一种提高金刚石薄膜电致发光器件发光强度的方法。
The method to increase the intensity of the blue light emission from the diamond films devices is suggested.
提出一种新的电镀金刚石工具镀层与基体结合强度测试方法。
A new method for measuring bonding strength between electroplated layer and substrate of diamond tool is proposed.
本研究成功地解决了胎体与钢基体结合强度、同心度及金刚石掉块等关键技术问题。
The key technical problems of the bond strength between the matrix and steel body, the concentricity and diamond segments sealing off from the body are successfully resolved in the studies.
首先，他们通过一个微型的金刚石探测器来检测他们的强度和耐久度。
First, they checked the strength and durability of the jaws by pressing them with a microscopic diamond probe.
必须注意的是，拉曼强度(背景)因形貌从多面金刚石变成半刚石而得到明显的提高。
It must be noted that the Raman intensity (background) increases strongly due to the morphological change from faceted to ballas diamond.
力学性能测试结果表明：添加稀土的富铁胎体及其金刚石复合材料的抗弯强度、冲击韧性和孔隙度均有明显的改善。
The results of mechanical test show that is bending strength, toughness against impact and void ratios can be improved after the rich iron matris is added with rare earth.
分析比较被熔射金属包镶的金刚石与被热压烧结的金属粉末包镶的金刚石，以及与其包镶体之间的结合强度的差异。
And also, the difference of combination intensity of diamond and its binding body made by hot-pressing sintering or by plasma-spray forming was analyzed and compared in the same way.
结果表明：金刚石镀膜后能够提高其单粒抗压强度。
Thecompression strength of the diamond could be increased by coatings.
结果表明，纳米金刚石微粉的加入可改善复合镀层的结合强度，显著提高镀层硬度和耐磨及减摩性能。
The result indicates, adding nano-diamond powder can improve the joint intensity of composite coating, remarkably enhance hardness, wear-resisting and antifrictional performance of the…
单颗粒压缩强度是衡量人造金刚石机械强度的重要参数之一。
The mechanical strength of diamond crystal particle is usualy eveluated by measuring its compressive strength.
人造金刚石以其高硬度、高强度、高耐磨性等性能，被广泛用于制作锯切工具。
The synthetic diamond is used extensively to make saw cutting tools because its high hardness, high strength, high wear resistance and some other performances.
提出了各种类型人造金刚石的热稳定温度范围及与强度的关系。
The thermal stable temperature range for various types of diamond and its relation with diamond's strength are also provided.
提出通过改变配方中的金属粉比例及金刚石的粒度、强度来调节刀头的锋利性和耐用度。
The authors suggest to control the sharpness and duration of the saw blade by alternating the metal bond matrix formula as well as the grit size and strength of the diamond.
阐述了影响金刚石冲击强度的两个重要因素：晶型与磁性包裹体，特别是磁性包裹体对热冲击强度的影响比对常温冲击强度的影响更甚。
Two important facts, crystal shape and magnetic inclusions, which affect toughness index were expounded. Especially, magnetic inclusions affect thermal toughness index more than tough ness index.
采用超声波化学镀工艺在人造金刚石表面获得了均匀致密的金属薄膜，提高了金刚石的抗压强度和耐热性。
A uniform and compact metal film was attained on the surface of synthetic diamond by ultrasonic chemical plating. The compress intensity and heat resistance of the synthetic diamond were improved.
金属基金刚石工具中的金刚石与结合剂之间的界面微观结构对结合剂与金刚石的粘结强度、金刚石的出刃状态以及金刚石工具的使用性能和寿命都有重要的影响。
The interfacial microstructure between diamond and bonds in metal matrix diamond tool play an important role on the bonding of diamond, protrusion status, machining performance and tool life.
研究了在金刚石刃磨和电金刚石刃磨时硬质合金刀片上引起的残余应力，及其对硬质合金强度的影响。
In this paper, a residual stress on cemented carbide inserts caused by grinding of diamond and electrical grinding of diamond, and its effect on cemented carbide strength are studied.
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 design plan of diamond concentration is submitted by comparing the pressure of rock unit area forcing by diamond with crack strength of rock;
试验表明，金刚石与金属膜层的结合强度有了提高，镀膜金刚石在胎体合金中的包镶牢固程度随之得到提高。
The experiment shows that the bonding intensity between diamond and metal coat has been improved and the holding retention of the coated diamond in matrix alloy has also b…
用该合金作为触媒合成金刚石可提高其强度，并随渗氮层厚度的增加强度也增加。
When the a1loy is used to synthesize the diamond, strength of the diamond is increased, and the thicker the nitriding case, the higher the strength.
用该合金作为触媒合成金刚石可提高其强度，并随渗氮层厚度的增加强度也增加。
When the a1loy is used to synthesize the diamond, strength of the diamond is increased, and the thicker the nitriding case, the higher the strength.
应用推荐