tiw

In-situ Synthesis of TiC and ( TiW ) C Reinforced Iron Matrix Composites

原位自生TiC和（TiW）C增强Fe基复合材料的研究

The Synthesis and Microstructure of In-situ ( Tiw ) C / Fe Matrix Composites

自生（TiW）C增强钢铁基复合材料的制备与显微组织的研究

Effect of cooling rate in cast solidification on microstructures of in-situ ( TiW ) C / Fe composites

铸造凝固冷速对原位自生（TiW）C/Fe复合材料组织的影响

The effect of cooling rate in cast solidification on the microstructures of 10vol % ( TiW ) C / Fe composites was investigated .

研究了不同的铸造凝固冷速对原位自生10vol%（TiW）C/Fe复合材料显微组织的影响。

Research on Synthesis of ( TiW ) C-Ni Cemented Carbide Powder Three-Body Abrasive Wear Behavior of Iron Matrix Composite Reinforced with Cemented Carbide Particles

（TiW）C-Ni硬质合金粉体合成的研究硬质合金颗粒增强铁基复合材料的三体磨料磨损性能

Microstructure and Properties of In-situ Synthesized 20 % TiCFe and 20 % ( TiW ) CFe Composites

原位自生20%TiC/Fe和20%（TiW）C/Fe复合材料的组织与性能

There are two goals , to determine : 1 ) whether TIW is frequently associated with rejection ; and2 ) whether UDCA decreases the risk of liver disease ( both rejection and recurrence ) after TIW .

本研究有两个目的：一、判定TIW是否与移植排斥反应密切相关；二、判定UDCA是否降低TIW后的肝病（包括排斥反应和复发）发病风险。

The microstructural characteristics and properties of in-situ formed 20 % TiC / Fe and two kinds of in-situ synthesized 20 % ( TiW ) C / Fe composites in which part of Ti in TiC was substituted by W were investigated .

用原位自生法制备了20%TiC/Fe复合材料，并以W替代部分Ti制备了两种20%（TiW）C/Fe复合材料，研究了它们的显微组织与性能。

Influence of the anodized A1 surface layers of the lower electrode on polymerization in etching of the Au / Pt / TiW / Ti multilayer with Ar / SF_6 and Ar / CF_4 plasma , was studied , respectively .

研究了用下电极表层为阳极氧化铝的RIE完整刻蚀Au/Pt/TiW/Ti四层金属时氧化铝在Ar/SF6和Ar/CF4等离子体中对聚合作用的影响。