Mechanism of titanium carbide synthesis by shock-wave

Study on Microstructure of High Manganese Steel Bonded Titanium Carbide

TiC-高锰钢结硬质合金显微组织分析

Determination of Total Carbon and Free Carbon in Titanium Carbide Powder

碳化钛粉中总碳、游离碳的测定

The present article introduces a new technique of chemical vapour deposition titanium Carbide.

本文介绍了一种新的化学气相沉积碳化钛方法。

Influence of titanium carbide content in carbide tools on tool wear

硬质合金刀具材料中碳化钛含量对其耐磨性的影响

Therefor chromium carbide is an ideal die material for producing electric vacuum glass product.

因此，碳化铬硬质合金是制作电真空玻璃制品的理想模具材料。

Effect of Rare Earths in Formation of Liquid Zinc Corrosion Resistant Chromium Carbide Layer

耐液锌腐蚀的铬碳化物覆层形成过程中稀土还原剂的作用

Interfacial Analysis of Ni-based Alloy and Chromium Carbide Composite Coating

镍基-碳化铬复合涂层材料的界面分析

Oxidation Resistance of Chromium Carbide Coating by Molten Slag Method

熔渣法碳化铬涂层的抗氧化性能研究

Research and produce of the powder of chromium carbide

碳化铬粉的研制与生产

Fatigue Strength of Ni Base Alloy-Chromium Carbide Composite Coating

镍基-碳化铬硬面复合涂层的疲劳强度

The Physical Mechanism of Chromium Carbide Formation on Diamond Surface

金刚石表面生成碳化铬的物理机制

Experimental study of CNC electrochemical grinding carbide alloy

数控电解磨削加工硬质合金的试验研究

Making Cold Drawing Conical Die with 45 Steel Instead of Carbide Alloy

45钢代替硬质合金制作冷拔拉模

A study on a miniature working roll of carbide alloy

微小型硬质合金工作辊的研究

Applications: used in carbide alloy, diamond tools, biding admixture, high-temperature alloy, rechargeable cell.

用作硬质合金，磁性材料，金刚石工具，高温合金，可充电池等

Study of Mechanical Properties of Double Cemented Tungsten Carbide

双重复合硬质合金力学性能细观研究

How to obtain double Carbide ( TiC/ WC) with low solid solution oxygen content is a important way to increase the quality of YT-alloy.

如何获得低固溶氧含量的复式磁化物（TiC&WC）是提高YT合金质量的重要途径。

Research of the effect of the relative elements on solid solution oxygen content of double carbide

影响复式碳化物（TiC-WC）固溶氧含量有关因素的研究

The experimental results show that by combining rare earth modification with heat treatment the eutectic carbide network changes into carbide piece and precipitation of granular carbide are accelerated as a result deferring crack forming time and reduce crack propagation speed and increase the impact fatigue resistance effectively.

结果表明：稀土与热处理复合作用，可加速网状共晶碳化物向孤立块状的转变，促进粒状碳化物的析出，有效地推迟裂纹产生的时间，降低裂纹扩展速率，提高其冲击疲劳抗力。

There is no direct relation between the grade of carbide network and individual carbon content, neither is individual chrome content, because the conditions for strictly controlling contrast processing parameter is imperfect.

碳化物网状级别单独与碳含量或铬含量没有很直接的关系，原因是本试验不具备严格控制工艺参数的条件。