cemented carbides
英 [sɪˈmentɪd ˈkɑːbaɪdz]
美 [sɪˈmentɪd ˈkɑrˌbaɪdz]
网络 硬质合金; 烧结碳化物
双语例句
- Uses:. Used mainly in making cemented carbides and magnetic materials, etc.
用途：主要用于制造硬质合金、性材料等。 - It is studied that milling time, carbon content, inhibitor and sintering effect on properties of the submicron cemented carbides.
研究了球磨时间、碳含量、抑制剂以及烧结对超细硬质合金性能的影响。 - Study on oxygen increased reaction in manufacture of cemented carbides
硬质合金制备中增氧脏化反应的研究 - Research Progress on Brazing of Cemented Carbides to Steels
硬质合金与钢基体钎焊技术的研究进展 - Research of the Dynamic Gasbag Polishing Abrasive Particles Field and Temperature Characteristics Grinding performances on cemented carbides containing different sizes of grain
气囊抛光磨粒场形态与温度特性研究 - A mechanism is put forward of laser dip soldering of steel and cemented carbides.
提出了钢浸润硬质合金的激光焊接机理。 - The Application of EBSD in Materials Research; Analysis of the WC grain growth in cemented carbides by EBSD technology
EBSD技术在硬质合金晶粒长大研究中的应用 - Effect of Plate-like WC Seeds Addition on WC-Co Cemented Carbides
板状WC晶种加入对硬质合金性能的影响 - Grinding performances on cemented carbides containing different sizes of grain Although there was never a stone in the flower, each cherry had a round hard heart.
不同晶粒度硬质合金的磨削性能研究虽然樱桃花没有核，但每一粒樱桃都有一颗圆圆硬硬的核。 - Sintering behavior of ultra-fine grain cemented carbides with 0.2 μ m-sized grain
0.2微米级超细晶硬质合金的烧结行为 - Thermal insulation material made of rigid urethane foam Characterization of cemented carbides prepared by hot pressing and spark plasma sintering
硬质氨酯泡沫保温材料热压和放电等离子烧结对硬质合金材料微观组织和性能的影响 - The Influence of Denatured Layer on the Properties of Cemented Carbides
硬质合金线切割加工变质层的形成及对材料性能的影响 - Thus, the application of diamond CVD is limited to materials which will not soften at this temperature such as cemented carbides.
因而钻石化学蒸发沉淀的应用受到材料限制，要求材料在此温度下不软化例如硬质合金。 - In-Situ Synthesis of WC-Co Composite Powder and Sintering Preparation of Bulk Cemented Carbides
WC-Co复合粉的原位合成与块体硬质合金的烧结 - Cemented carbides metal development status record.
我国硬质合金发展状况报告会； - Cemented carbides WC-20% Co with different ZrO_2 ( 3Y) content were prepared by normal vacuum hot-pressing sintering.
利用热等静压真空烧结工艺制备了4种不同含量ZrO2（3Y）的WC-20%Co硬质合金。 - In this paper are analyzed the effects of carbon on microstructures of steel-bonded cemented carbides from prealloyed powder. Formation of WC and compound carbide is described.
分析了碳对预合金粉制作钢结硬质合金组织的影响，论述了WC与复式碳化物的形成过程。 - It is very important to make out suitable sintering technology for ultra fine cemented carbides.
因此，针对超细硬质合金特点制定合适的烧结工艺在生产超细硬质合金中是至关重要的。 - Effect of WC particle size on WC-Co cemented carbides fracture toughness
WC的粒度对WC-Co硬质合金断裂韧性的影响 - This article has studied the influences of particle sizes and microstructures of WC on particle sizes and microstructures of TiC-WC solid solution ( TiC-WC S. S.) and on the properties of cemented carbides.
研究了WC粒度和微观结构对TiC-WC固溶体粒度和微观结构及合金性能的影响。 - Description is made of the injection moulding and its application for the powdered refractory metals and cemented carbides.
介绍了国外难熔金属和硬质合金粉末注射成形技术及其应用。 - In recent years, appended Inhibitors in ultra fine cemented carbides are studied at home and abroad.
近几年以来国内外对超细硬质合金中添加抑制剂进行了大量的研究。 - The strengthening mechanism of rare earth for WC Co cemented carbides has been explored.
探讨了稀土强化WC－Co硬质合金的机理。 - Relations of particle sizes and microstructures between tic-WC and WC and their influences on properties of Cemented Carbides
TiC-WC粒度和微观结构与WC粒度和微观结构的关系及其对硬质合金性能的影响 - The development to superfine grain can make the cemented carbides obtain higher strength and hardness.
硬质合金向超细晶粒发展可以使强度和硬度大幅度提高。 - The WC-Co cemented carbides have become one of most important tool materials because of their excellent properties.
WC-Co硬质合金由于其优异的性能已成为最主要的工具材料之一。 - Relationship of property with composition and microstructure for WC-Co Cemented Carbides
WC-Co硬质合金的性能与成分和显微结构的关系 - However, the impacts of powder morphologies on properties of WC-Co cemented carbides need to be explored in depth.
为此，本论文研究了W/WC粉末的形貌结构及其对WC-Co硬质合金组织和性能的影响。 - Then the experiment scheme of ultrahigh speed grinding cemented carbides has been introduced in detail.
制定了系统的硬质合金高速/超高速磨削的实验方案。