Plates, sticks, tips and the like for tools, unmounted, of cermets.
未装配的工具用金属陶瓷板、杆、刀头及类似品。
The propagation rate of crack also decreases with increasing the binder content of cermets.
随着金属陶瓷中金属相含量的增加，裂纹扩展速率降低。
Currently the cermets, alloys and functional grade materials (FGMs) are focus of researches.
其中金属陶瓷、金属合金和梯度材料是当前研究的重点。
The thermal shock fatigue character of cermets has been studied and the formative mechanism of crack discussed in detail.
研究了金属陶瓷热冲击疲劳特性，重点探讨了裂纹的形成机制。
Next, the cutting characteristics and wearing mechanism of cermets cutters with nano-TiN modifications are discussed in detail.
本文还研究了纳米改性金属陶瓷刀具的切削性能和磨损机理。
The strength of TiC-Ni cermets is close to that of the materials with similar composition prepared by traditional powder metallurgy process.
其强度与传统方法生产的相近成分材料相比比较接近。
The friction coefficients of both titanium alloy and titanium cermets showed a remarkable load dependence, but had a totally different trend.
在研究中还发现，钛合金及钛金属陶瓷的摩擦系数都存在明显的载荷依赖性，但二者具有相反的变化趋势。
On the other hand, there was a remarkable decrease of electrochemical corrosion resistance for titanium cermets; however, it could satisfy the demands for use.
与此同时，钛合金渗碳后其电化学腐蚀性能有所降低，但仍然具有耐蚀性，不影响其使用。
When the content of metal is less than 30%, the pyroconductivity of cermets are mainly determined by the conductivity of ceramic phase and the dispersion and content of metallic phase.
在金属含量小于30％时，其高温导电性能主要是由陶瓷相导电性能和金属相含量及其分布状况决定；
Using back scattered electrons, co - % magnetism meter, coercive force meter and chemical analysis etc, the compositions, co - % magnetism and coercive force of vacuum sintering cermets are studied.
用背散射电子像、钴磁仪、矫顽磁力计、化学分析等手段研究了真空烧结金属陶瓷合金的成分、晶格常数与其钴磁及矫顽磁力的关系。
Using back scattered electrons, co - % magnetism meter, coercive force meter and chemical analysis etc, the compositions, co - % magnetism and coercive force of vacuum sintering cermets are studied.
用背散射电子像、钴磁仪、矫顽磁力计、化学分析等手段研究了真空烧结金属陶瓷合金的成分、晶格常数与其钴磁及矫顽磁力的关系。
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