1) WC powder
WC粉
1.
Description is made of a new technology for preparing WC powder by carburizing in a mixture gas medium developed by professor V.
介绍了乌克兰国家科学院超硬材料研究所VPBondarenko教授研究小组开发的一种气相法制备WC粉新技术。
2.
The test mode of using OMEC LS_POP(Ⅲ) particle size analyzer to test all of the particle sizes of W powder and WC powder is discussed, the effect of factors such as milling time, rate of lightproof, refractive index and sampling time on coarse, medium and fine size distributions are selective tested, the results are satisfied.
采用OMECLS -POP(Ⅲ)型激光粒度分析仪对各种粒径的W粉、WC粉粒度分布的测试方法进行了探讨 ,对研磨时间、遮光比、折射率和采样时间等因素对粗、中、细颗粒粒度分布测试的影响进行了选择试验 ,测定结果令人满意。
3.
Study is made of the genesis of the aggregate in WC powder.
对WC粉中聚集体的成因进行了试验研究。
2) WC powder
WC粉末
1.
XRD effect of WC powder particle size;
WC粉末X射线衍射的粒度效应
2.
WC powder was covered by a quantity of Cu by electrodeposited pretreatment.
采用电镀技术,在WC粉末表面镀一定量Cu,用常规氧-乙炔焰喷涂制备WC涂层。
3.
A kind of WC-Ni composite powder with metallic character retained by its surface layer and ceramic character by its interior was obtained by using WC powder with granularity of 106～180 μm and ultrasonic electroless nickel plating.
采用粒度为106～180μm的WC粉末,通过超声波化学镀镍制备了一种表层具有金属特性而内部具有陶瓷性能的WC Ni复合粉末。
3) nanosized WC
纳米WC粉
1.
Study on removing free carbon of nanosized WC by heat processing in flowing hydrogen atmosphere;
纳米WC粉氢处理脱除游离碳的研究
4) WC-12Co powder
WC-12Co粉末
1.
WC-12Co powder was covered with Cu of the equal content by using electrodeposited and cohering-crushing.
分别采用电镀和粘结破碎法在WC-12Co粉末表面包覆同等含量的Cu,用常规氧-乙炔焰喷涂制备复合涂层并进行烧结。
6) WC
WC粉质量
1.
INFLUENCE OF PARTICLE SIZES OF ULTRAFINE TUNGSTENAND CARBON BLACK POWDER ON THE QUALITIES OF WC POWDER;
钨粉和碳黑粉粒度对超细WC粉质量的影响
补充资料：WC-TiC-Co hard alloy
分子式：
CAS号：
性质：又称钨钛钴合金或YT合金。碳化钨、碳化钛和金属钴组成的合金。按碳化钛含量，可分为高钛(25％～40％)、中钛(10％～20％)和低钛(4％～6％)三类合金。它比碳化钨钴合金具有较高的抗氧化性，硬度和耐磨性，而抗弯强度、冲击韧性等则有所降低。主要用作切削加工钢材的工具。
CAS号：
性质：又称钨钛钴合金或YT合金。碳化钨、碳化钛和金属钴组成的合金。按碳化钛含量，可分为高钛(25％～40％)、中钛(10％～20％)和低钛(4％～6％)三类合金。它比碳化钨钴合金具有较高的抗氧化性，硬度和耐磨性，而抗弯强度、冲击韧性等则有所降低。主要用作切削加工钢材的工具。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条