1) alumina-carbon brick
铝碳砖
2) alumina carbon brick
铝碳砖
3) Magnesia-alumina-carbon brick
镁铝碳砖
4) Used MgO-C brick
用后镁铝碳砖
5) alumina-carbon
铝碳
1.
Support vector machine, a new computational method that have powerful prediction ability and can avoid over-fitting, has been used for optimizing processing parameters (content, particle size, and firing temperature of added silicon) in the preparation of alumina-carbon material and establishing the model of their influence on cold crushing strength of samples.
采用可限制过拟合及有较强预报能力的支持向量机算法(SVM)对铝碳材料的工艺参数进行优化。
6) titanium aluminum carbon
钛铝碳
参考词条
补充资料:铝碳砖
分子式:
CAS号:
性质:以Al2O3和C为主要成分的含Al2O335%~85%,含C7%~35%的耐火材料。可分为烧成砖和不烧砖两大类。铝碳砖耐火度高,化学稳定性良好,耐侵蚀。如在配料中添加ZrO2,能获得良好的抗热震性。含Al2O372%~85%、C7%~8%的烧成铝碳砖的耐压强度可达110~120MPa,1400℃抗弯强度达25MPa;含Al2O335%~46%、C+SiC30%~37%的烧成铝碳砖的耐压强度为21~28MPa。铝碳砖主要用作滑动水口滑板、连铸中间包整体塞棒等,也可用作铁水预处理用包衬和盛钢桶内衬等。
CAS号:
性质:以Al2O3和C为主要成分的含Al2O335%~85%,含C7%~35%的耐火材料。可分为烧成砖和不烧砖两大类。铝碳砖耐火度高,化学稳定性良好,耐侵蚀。如在配料中添加ZrO2,能获得良好的抗热震性。含Al2O372%~85%、C7%~8%的烧成铝碳砖的耐压强度可达110~120MPa,1400℃抗弯强度达25MPa;含Al2O335%~46%、C+SiC30%~37%的烧成铝碳砖的耐压强度为21~28MPa。铝碳砖主要用作滑动水口滑板、连铸中间包整体塞棒等,也可用作铁水预处理用包衬和盛钢桶内衬等。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。