The array way of the holes has a certain effect on the cooling efficiency, i. e. long diamond distribution is better than the regular diamond distribution.
孔阵的排列方式对冷却效果有一定的影响，长菱形分布优于正菱形分布；
Detailed analyses of the grain size distribution characteristics and the grain profile wavelength of fine diamond grinding wheel used for ultra-precision grinding are presented.
对超精密磨削所用细粒度金刚石砂轮磨粒粒径的分布特点和砂轮表面上磨粒的轮廓波长进行了分析。
Seen from layer structure the using condition of well section and region distribution, diamond bit has ideal market prospect.
从地层结构、井段使用情况、地域分布情况等来看，金刚石钻头具有理想的市场前景。
ANSYS software was used to simulate the distribution of the electric field in CVD diamond micro-strip detector and MSGC and to optimize the electrode design.
采用ANSYS软件模拟了CVD金刚石微条阵列探测器和微条气体室探测器的电场分布，优化了器件设计。
The effect factors on the experiment result of boron coating artificial diamond with nitrogen preparing distribution characteristic of boron in the crystal and its characters.
讨论了影响硼皮含氮人造金刚石实验效果。 硼在晶体中分布特征及其性质的因素。
Scanning electron microscope (SEM) and X-ray diffraction (XRD) were used to measure the surface morphology, the crystal microstructure and the distribution of diamond grain in the film.
用扫描电镜(sem)和X射线衍射(XRD)方法检测了复合膜的表面形貌、晶体显微结构和复合膜中金刚石颗粒的分布情况。
The strain distribution based on small and large deflection theories of diamond square diaphragm was studied using theories of plate bend.
采用薄板弯曲理论研究了均匀载荷作用下多晶金刚石方膜在小挠度和大挠度下的应变分布情况。
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。
The pressure distribution is determined by measuring the pressure at various points between the diamond cullet faces and the thin metal gasket using the ruby fluorescence method.
利用红宝石荧光测压方法，测量了压砧砧面以及密封垫片流变区内的压力分布。
It was shown that average particle size of the matrix notably influences the distribution of nanometer diamond aggregates in the composite.
实验结果表明，基体粉末粒径对复合材料中纳米金刚石团粒的分布均匀性影响显著。
The results show that after heat treatment, the distribution of nano-diamond particles is more uniform within the composite films.
结果表明，热处理后，纳米金刚石颗粒在复合膜中的分布更均匀；
The results show that after heat treatment, the distribution of nano-diamond particles is more uniform within the composite films.
结果表明，热处理后，纳米金刚石颗粒在复合膜中的分布更均匀；
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