个人简介：马黎明，重庆云阳人，北京科技大学博士。主要从事冶金智能化、氢冶金技术、烧结球团新技术等方面的研究工作。作为项目骨干主研了包括国家重点项目、国家自然科学基金、企业合作项目等科研项目10余项，在包括《Powder Technology》、《Journal of Iron and Steel Research International》、《Ironmaking & Steelmaking》等国际期刊发表SCI论文20余篇。

学习工作简历：

1. 教育背景

   2021.09-2024.12 ，北京科技大学，冶金与生态工程学院，工学博士。

   2018.09-2021.01，北京科技大学，冶金与生态工程学院，工程硕士。

   2014.09-2018.06，重庆科技学院，冶金与材料工程学院，工学学士。

2. 工作经历

   2025.07-至今，重庆科技大学，冶金与动力工程学院，讲师

    

   以第一作者/导师一作发表的学术论文

   [1] Ma Liming, Zhang Jianliang, Wang Yaozu, Lu Ming, Cai Qiuye, Xu Chenyang, Li Zhuo, Liu Zhengjian. Mixed burden softening-melting property optimization based on high-silica fluxed pellets[J]. Powder Technology, 2022.412, 117979.

   [2] Ma Liming, Zhang Jianliang, Wang Yaozu, Ma Xiaoyong, Wang Guilin, Li Zhuo, Jiang Huiqing, Liu Zhengjian. Consolidation behavior of magnesium-containing pellets prepared by high-silica coarse particle magnetite concentrates[J]. Powder Technology, 2023,427, 118740.

   [3] Ma Liming, Zhang Jianliang, Wang Yaozu, Ma Xiaoyong, Wang Guilin, Li Zhuo, Jiang Huiqing, Liu Zhengjian. Magnesium-containing pellet regulating blast furnace ferrous burden interaction: softening-melting behavior and mechanism[J]. Journal of Iron and Steel Research International. 2024.

   [4] Ma Liming, Zhang Jianliang, Wang Yaozu, Lu Ming, Cai Qiuye, Xu Chenyang, Li Zhuo, Liu Zhengjian. Phase transition mechanism of high-silica fluxed pellets during consolidation[J]. Ironmaking & Steelmaking. 2023,50(6), 637-647.

   [5] Ma Liming, Zhang Jianliang, Wang Yaozu, Cai Qiuye, Hao Liangyuan, Lu Shaofeng, Jiang Huiqing, . Cooling air velocity on iron ore pellet performance based on experiments and simulations[J]. Metals, 2024, 14(8), 919.

   [6] Ma Liming, Zhang Jianliang, Jiang Huiqing, Cai Qiuye, Wang Yaozu, Liu Zhengjian. Inhibiting the accretion in the coal-fired rotary kiln of high-silica iron ore pellets application by reducing fines generation and liquid phase formation[J]. JOM. 2024.

   [7] Liu Zhengjian, Ma Liming, Zhang Jianliang, Cai Qiuye, Jiang Huiqing, Zhang Zedong. Slag phase generation behavior within a pellet based on thermodynamic calculations[J]. Calphad, 2024, 87, 102729.