titanium diboride

The content of surface oxygen-containing groups on the treated the carbon fiber is analyzed with FTIR, and its effect on the properties of titanium diboride coating is discussed, to effectively improve the tensile strength and bond strength of titanium diboride coating cathode.

采用FTIR检测碳纤维处理后表面含氧基团的变化，寻找影响硼化钛阴极涂层性能的原因，从而达到最有效地提高TiB2阴极涂层抗拉强度和粘接强度的目的。

In this paper, carbon fiber is trated with the surface liquid phase oxidation method, and its effect on the tensile strength and bond strength of titanium diboride coating cathode is investigated.

本文研究了不同工艺的液相碳纤维表面氧化处理法对硼化钛阴极涂层抗拉强度和粘接强度的影响。

Another method of increasing vortex pinning involves adding microscopic inclusions of some second material such as yttrium oxide or titanium diboride.

另一个增强涡流固定效果的方法是加入第二种材料的小颗粒，例如氧化钇或是二硼化钛。

The application study of nano-scale titanium diboride particles in super-precision surface finshing

纳米二硼化钛在超精表面加工中的应用

The research advance of titanium diboride System Composites

硼化钛系复合材料研究进展

Titanium diboride ( TiB2) appears to be a promising material for corrosion prevention in aluminium industries.

在铝工业中TiB2是一种非常有前途的阴极内衬取代材料。

Titanium diboride is considered to be an attractive material in constructional and functional ceramics fields for its characteristics such as good refractoriness, high conductivity and resistance to corrosion.

硼化钛是近年来很受重视的特种陶瓷材料，其特点是耐高温、抗腐蚀、导电性好，因而被认为是一种在结构材料和功能材料领域中都很有发展前途的材料。

In Situ Formation of Titanium diboride/ Copper Composite

原位生成TiB2/Cu复合材料的研究

Multi-layer Ceramic Composite Materials on the Base of Silicon Carbide and Titanium Diboride

碳化硅&二硼化钛系多层陶瓷复合材料的制取与性能

The carbon fiber is the main reinforcer for titanium diboride coating material, and greatly influence the properties of titanium diboride coating cathode.

碳纤维是硼化钛涂层材料的增强剂之一，对硼化钛阴极涂层的性能影响很大。

Titanium diboride possess an unusual combination of property, such as high hardness, high melting point, low electrical resistivity, sodium corrosion resistance and good wettability with liquid aluminum.

二硼化钛具有高硬度，高熔点，低导电，可与铝润湿性，能抵御钠和电解质侵蚀的特点。采用二硼化钛阴极涂层，可以阻止炭阴极对钠的吸收；

Study on Acid Washing Process of Producing Titanium Diboride by SHS Technology

自蔓延法生产二硼化钛的酸洗过程研究

The Study of Structure and Properties of Titanium Diboride Composite Material Series

TiB2系复合材料结构与性能的研究

As one of the most promising engineering ceramics, titanium diboride ( TiB2) possesses excellent physical and chemical properties such as high melting point, high modulus, low density, good chemical stability, high hardness and excellent electric conductivity.

二硼化钛（TiB2）是B和Ti的最稳定化合物，是一种具有优良物理化学性能的工程陶瓷材料，具有高熔点、高硬度、高模量、低比重和耐腐蚀等优点。

Ambient-Temperature Mechanochemical Formation of Titanium Diboride

常温机械化学合成硼化钛

Electrodeposition of Titanium Diboride Coating from Molten Salts Containing Oxide Electrolyte

氧化物熔盐电沉积二硼化钛镀层的研究

Titanium diboride is one of the best aluminum wettable cathode materials for aluminum reduction cells. The carbon-bonded TiB 2 coating cathode can be used in current aluminum reduction cells.

TiB2是铝电解槽可湿润性阴极的首选材料，TiB2碳胶涂层阴极可应用于现行铝电解槽。

Research on Titanium Diboride Wettable Cathode Technology for Aluminum Electrolytic Cell

铝电解槽二硼化钛可湿性阴极制备技术研究

The Study on Cutting Performance of Titanium Diboride Matrix Ceramic Tool in Hardened 45 Steel

TiB2基陶瓷刀具切削淬火45钢时的切削性能研究