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題目分類(lèi)號(hào) 主題詞作者
Interfacial Reaction between the Steel and the Al2O3-MgO-C Refractory TQ175.1;TF701interfacial reaction;MgO-Al2O3 layer;Al2O3-MgO-C refractory;ZHAO Mingzhe1REN Qiang2ZHANG Lifeng3
Research and Application of Eco-friendly High-Strength Taphole Clay TQ175.7;TF576.4taphole clay;high strength;industrial trial;blast;CHANG Bing1WANG Qingheng1LI Minghui2~
Effect of Thermal Shock Resistance of Particle-level Paired Si3N4/Si2N2O-SiC Materials TQ175.1Si3N4/Si2N2O-SiC;coarse particles;elastic modulus;thermal shock resistance;XIANG Yubo,ZHENG Han,LING Xiaxia,MA Zhaoyang~
Effect of Refractory on Cleanliness of Molten Steel TQ175.7;TF70Interfacial reaction;steel;refractory;kinetics;ZHANG Lifeng1REN Ying2
Kinetic Model on the Erosion Behavior between Refractory and Slag During Refining Process TF769;TQ175.1Numerical simulation;Kinetic model;Ladle refining;Refractory;LYU Binyu1ZHANG Lifeng2
Application of Reduction Slag from Microcrystalline Magnesite to Magnesium in Corundum Spinel ~ TQ175.4reduction slag;metallic magnesium;corundum spinel castable;mechanical properities;WANG Xuepei1TIAN Xiaoli1,2
Research Progress of the Refractory Saggar for Loading Lithium Battery Cathode Materials at High ~ TM912;TQ175.1lithium battery cathode materials;the refractory saggar;damage mechanism;service environment;LIU Xin,MENG HongTao,MA Longbin
Corrosion Mechanisms of Alumina–chromia Refractory in Bottom-blown Copper Converting Furnace: ~ TF806;TQ175.1bottom–blown copper converting;Alumina–chromia refractory;corrosion mechanism;microstructures;LI Junxia1,2DUAN Feng1LI Tianqing2DING Donghai1~
Effect of Slag Composition on the Degradation Behavior of Tundish Lining and Stainless~ TF341;TQ175.1corrosion behavior;RHA;RCA flux;physicochemical property;Shengchao DUAN1Joo Hyun PARK2Lifeng ZHANG1
Preparation and Properties of Mullite-silicon Carbide Refractory with Low Content of Silicon Carbide TQ175.1low silicon carbide content;refractory;ceramic fiberHAN Cangjuan1TANG Hu1ZHANG Meijie2GU Huazhi2
Application of X-ray Computed Tomography in Testing of Shaped Refractories TQ175.1;TP391.41refractory testing;X-ray computed tomography;non-destructivetesting;pore structure;ZHI Jiashuang,LI Yong,GAO Yuan,MA Chenhong,LIU Yue
Research on Structure and Properties of the Fused Cast AZCS Refractory TQ175.1fused-cast AZCS refractory;microstructure;high corrosion resistance;furnace campaign;MAO Limin,YANG Haiyun,WANG Juntao,ZENG Haijun~
Thermal Stress Analysis of Ladle Refractory Under Coupled Temperature and Stress Fields Based on ~ TQ175.1ladle;temperature field;stress field;thermal stressXIE Chongchong,TIAN Lin,LI Guohua,LIU Xiaoyan
Interpretation of the National Standard— Green Product Assessment—Refractory Materials TQ175.1green product assessment;refractory materialsDENG Lina,YI Shuai,BAI Yaning,XIE Jinli~
Preliminary Exploration of an Environmentally Friendly Binder for MgO-C Bricks~ TQ175.4MgO-Crefractorymaterials;eco-friendly binderZHANG Ling,XI Jianfei,NIU Shunan,ZHOU Chi
The Influence of Particle Size Distribution and the Addition of Refractory Waste~ TQ175.1particle size distribution;refractory waste;Al2O3-C refractory;mechanical propertiesGAO Zhi,PAN Lei,WANG Zuochuang,YANG Qin
Problems and Countermeasures of Magnesia Prepared by Flotation Concentrate Powder of Magnesite TQ175.1;TD952;TD923magnesite;magnesia;bonding phase;analog calculation;ZHANG Ling1XI Jianfei1YANG Yuxuan1YUAN Qichen2
Al粉含量對(duì)Y2O3基陶瓷型芯性能及組織的影響 TG22Al粉;Y2O3基陶瓷型芯;燒結(jié)收縮率;抗彎強(qiáng)度;抗蠕變;斷裂行為;蘆剛1吳謙1陳曉1陳義斯2,3文艷波1嚴(yán)青松1
含不同形貌碳的C/MgO復(fù)合粉對(duì)低碳MgO-C耐火材料性能影響 TQ175.1低碳MgO-C耐火材料;C/MgO復(fù)合粉;燃燒合成;強(qiáng)化效果;丁冬海1關(guān)越1李國(guó)丹2肖國(guó)慶1
鎂鋁合金添加劑對(duì)SiC-MgAl2O4材料顯微結(jié)構(gòu)和性能的影響 TQ175.1;TQ545復(fù)合耐火材料;鎂鋁尖晶石;氮化反應(yīng);鎂鋁合金;王夢(mèng)強(qiáng)1陳留剛1孫紅剛2杜一昊2司瑤晨3李紅霞1,2,3

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