碳质耐火材料

通过SEM、X-RAY衍射和能谱等技术手段，分析了侵蚀前后耐火材料的微观组织结构和物相组成的变化，提出了含钛熔渣中镁碳质耐火材料的侵蚀机理。

The microstructures and compositions of the corrosive refractories are investigated by SEM , X-Ray diffraction and Spectrum technology . The corrosion mechanism of MgO-C based refractory in the slag containing titanium oxides is developed .

含钛熔渣与镁碳质耐火材料的作用机理

Interaction Mechanism between MgO-C Based Refractory and Slag Containing Titania

加上煤油把火点着.无烟煤碳质耐火材料再添些煤，别让火灭了。

Add some more coal to keep the fire going .

直流电弧炉用镁碳质耐火材料的研究

Study on magnesia carbon refractories for DC electric arc furnace

低碳镁碳质耐火材料的抗氧化性研究

Investigation on oxidation resistance of low-carbon MgO-C refractories

本文阐述了直流电弧炉用镁碳质耐火材料的研究及发展。

This paper describes the study and development of magnesia carbon refractories for DC electric arc furnaces .

采用浸渍法研究含钛熔渣（TiO22%～30%）与镁碳质耐火材料间的相互作用规律。

The interaction between the slag containing titania ( TiO 2 2 % ~ 30 % ) and MgO-C based refractory have been investigated by the quasi-static immersion test and rotating immersion test .

碳质耐火材料因具有耐火度高、导电性及导热性好、耐磨性好、抗渣性及抗热震性好、热稳定性好等特点，国外于40年代开始便在高炉上采用。

Carbon based refractories have many characteristics such as refractoriness , good electrical conductivity , good wear resistance , good slag resistance and heat shock resistance as well as thermal stability , they have been used abroad since 40s .

含钛碳质复合耐火材料抗铁水溶蚀特性

Resistance property of TiC containing carbon composite refractory to erosion of hot metal