1) SiC particle
SiC微粒
1.
The surface morphology and microstructure of the two kinds of brush plating coatings are observed with metalloscope, SEM and XRD, the effect of SiC particle on the surface morphology and microstructure of Ni-P alloy brush plating coatings is discussed.
通过金相显微镜、扫描电镜和X射线衍射能谱仪等观察和测试了两种刷镀层的表面形貌和结构,探讨了SiC微粒对Ni P合金刷镀层表面形貌和镀层结构的影响。
2.
A Ni-based composite coating containing micro-SiC particles is prepare d by pulse electrodeposition on 45# steel substrate.
采用脉冲电镀在 4 5 #钢表面制备含有SiC微粒的镍基复合镀层 ,研究了镀液中SiC的质量浓度、脉冲平均电流密度、pH值对Ni SiC复合镀层的影响规律。
3.
The results revealed that SiC particles surrounded by Ni-P were dispersed homogeneously in the coating and there was an electron transfer between SiC and Ni-P.
对化学镀Ni P SiC复合镀层的微观组织结构特征进行了研究 ,结果表明 ,SiC微粒弥散分布在复合镀层中 ,Ni P合金主要作为粘结金属包络着SiC微粒 ,两者之间存在电子转移 ,发生了界面反应 ,反应扩散层为 10 - 1nm级 ,界面结合紧密 ,无孔隙和裂纹等缺陷。
3) SiC nanoparticles
纳米SiC微粒
1.
The results shows that the wearing value and friction coefficient was reduced with SiC nanoparticles added in aluminum-on-steel contact in high load(higher than 700 N);The lubricating ability is the best when the conce.
用钢/铝合金摩擦副在M-200环块试验机上进行摩擦磨损试验,研究纳米SiC微粒作为润滑油添加剂对润滑油润滑性的影响。
4) sub-micron SiC particle
亚微米SiC颗粒
5) SiC particles
SiC颗粒
1.
The surface treatment of oxidation, acid-washing and acid-washing after oxidation were carried out on SiC particles, then 6066 aluminum alloy reinforced by SiC particles was fabricated by powder metallurgy route.
分别对SiC颗粒进行高温氧化、酸洗和高温氧化后再酸洗等表面处理,采用粉末冶金工艺制备了SiC颗粒增强的6066Al基复合材料。
2.
The initial research on bearing steel composites reinforced with 4%SiC particles by electro-slag melting and casting method have made.
用电冶熔铸的方法制备 4%SiC颗粒增强轴承钢复合材料 ,对其组织性能进行探索。
3.
Aluminum matrix composites reinforced with different volume fraction of SiC particles were manufactured by semi-solid casting in this thesis.
本文采用半固态复合铸造法制备了SiC颗粒增强铝基复合材料，并对这一系列材料的微观组织、硬度及耐磨性能进行了研究与分析。
6) SiC Particle
SiC颗粒
1.
Effect of pre-heating processing of SiC particles on porosity of SiC/Al composites;
SiC颗粒加热预处理工艺对SiC/Al复合材料制备的影响
2.
Study on the separation of the paramorphic SiC whisker and SiC particle;
同质异形体SiC晶须与SiC颗粒的分离
3.
The influence of SiC particles on grain structure development during laser rapid solidification;
SiC颗粒对Al-Zn合金激光快凝晶粒组织的影响
补充资料：bioactive glass-ceramic composite reinforced by SiC whisker
分子式：
CAS号：
性质：由碳化硅晶须与生物活性玻璃陶瓷复合而成的生物陶瓷复合材料。高强度、高弹性模量、无毒的碳化硅晶须在陶瓷基材中弥散分布，使材料中的裂纹相对均匀，裂纹扩展发生转向和分支；外力作用下碳化硅晶须拔出时产生的拔出效应，使复合陶瓷的弯曲强度达460MPa，断裂韧性达4.3MPa·m1/2，维伯尔系数高达24.7，标志着它是可承力的生物陶瓷复合材料。
CAS号：
性质：由碳化硅晶须与生物活性玻璃陶瓷复合而成的生物陶瓷复合材料。高强度、高弹性模量、无毒的碳化硅晶须在陶瓷基材中弥散分布，使材料中的裂纹相对均匀，裂纹扩展发生转向和分支；外力作用下碳化硅晶须拔出时产生的拔出效应，使复合陶瓷的弯曲强度达460MPa，断裂韧性达4.3MPa·m1/2，维伯尔系数高达24.7，标志着它是可承力的生物陶瓷复合材料。
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参考词条