Influence mechanism of meagre coal addition on coking process and coke performance of blending coalZHOU Rui, LIU Dandan, GUO Jiang, CUI Beibei, SHEN Yanfeng, WANG Meijun, CHANG Liping1-9
Study on the preparation of high reactive coke based on the characteristics of coking coalLIU Yang, WANG Mingdeng, LI Chao, FENG Yifei, HE Xuhui, XU Guozhong, ZHONG Xiangyun, BAI Bin, BAI Jinfeng10-17
Micro-structure and thermal properties of coke from co-carbonization of polypropylene waste plastic and blended coalHUANG Feng, WANG Mingdeng, LIU Yang, SHI Deqian, ZHENG Yajie, LI Chao, ZHONG Xiangyun, TIAN Juanjuan, XU Guozhong, BAI Jinfeng18-25
Research progress on coke evaluation for medium and large blast furnace smelting with high efficiency and low consumptionXU Xiuli, JIANG Yu, ZHANG Shidong, MENG Qingbo26-31
Research progress of Gieseler fluidity applied to coking coal evaluation methodsZHANG Yang, WANG Yan, BAI Xiaoyan, LU Li, WANG Chunjing, ZHANG Yunpeng, PEI Xianfeng32-37
Study on the influence of ash compostion on coke strength after reactionLI Dongtao, LIU Yang, DAI Xin, XU Rongguang, MA Chao, GUO Deying, ZHAO Peng38-44
Selection and application of non-coal additives in coking coal blendingGAN Xiushi, WANG Xu, CHENG Xueke, GAO Wei, ZHAO Zhenxing45-52
Study on the influence of typical coking blended coal characteristics on coke propertiesWANG Fei, XU Weili, DUAN Fubin, ZUO Yuanfeng, ZHAO Qi, ZHOU Qi, WANG Yan53-61