公司主要产品有金刚石砂轮，金刚石微粉两大类。
Diamond grinding wheels and diamond micro_powders are the Main products of the company.
从用户和生产厂家的观点阐述如何评定金刚石微粉的质量。
How to evaluate the quality of diamond powder from the view point of users and producers.
对人造金刚石微粉的“三除”提纯工艺进行了除杂次序研究。
In this report, the purification sequence of artificial diamond powder was studied.
对金刚石微粉烧结棒修整树脂结合剂金刚石砂轮进行了试验研究。
The experiments and studies on dressing the resin bond diamond grinding wheel are carried out by using a kind of diamond powder sintered bar.
本文系统地研究了金刚石微粉压坯在高功率CO2激光作用下的烧结工艺。
The sintering technique of diamond fine powders compact by CO2 laser has been researched systematically in the thesis.
单用D杯型砂轮或金刚石微粉烧结棒法修整后的碟形金刚石砂轮适用于精密磨削；
Diamond grinding wheel dressed with D cup wheel or diamond powder sintered bar could be used for finish grinding;
并借助TG-DSC、XRD和激光拉曼光谱等测试方法对提纯前后的金刚石微粉进行对比分析。
The purification results could be contrasted and analyzed by modern test equipments, e. g. TG-DSC, XRD, Laser-Raman Spectrum.
我需要大量的树脂金刚石微粉，爱锐网看上去不错，很多金刚石供应商，这让我有很多选择，谢谢！
I have lots of requirements in Resin bond diamond powder. iAbrasive looks good, many synthetic diamond suppliers are here, which give me more choice, thank you!
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…
本文研究了超细金刚石微粉的流体分级技术，设计了一套射流分级器，并对金刚石微粉在水中的分散性进行了初步研究。
The technology of grading of micro diamond powder and the dispersion of micro powder in water are studied in this paper. At the same time a system of shooting flow grader is designed.
举例说明了对原料金刚石微粉进行前处理，选择合适的烧结助剂，以及在原料金刚石微粉中添加少量其它物质，是抑制金刚石异常粒成长的三种基本方法。
Three basic ways to restrain the abnormal grain growth were suggested such as pretreatment of the starting fine powder, improving the sintering agents and adding other hard material powders.
针对两大类磨料微粉——普通磨料和超硬材料，选择碳化硅和金刚石为例进行分散实验。
For the two kinds of abrasive grain-ordinary abrasive and ultra hard material, carborundum and diamond were chosen as samples for dispersing experiment.
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。
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。
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.
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