专委会委员个人简介——李翠平

北京科技大学教授、博士生导师。主要从事充填采矿法、膏体充填流变学的教学与科研工作，主持/参与各类科研项目30余项，获得科技奖励3项，出版专著3部、教材2部，发表学术论文80余篇，指导毕业硕博士研究生70余人。其中，作为第一主编出版教材《工程流体力学》、作为主审出版专著《金属矿膏体流变学》、作为主要起草人发布国家标准《全尾砂膏体制备与堆存技术规范，GB/T39988—2021》和《全尾砂膏体充填技术规范，GB/T 39489-2020》。近年主持的科研项目包括三类，一是国家自然科学基金类项目，包括“颗粒尺度效应下全尾砂膏体管输细观流变特性研究”、“全固废生态化处置的颗粒流变学基础研究”；二是国家重点研发计划类课题，包括“薄矿脉尾废协同充填及其调控技术”、“深部金属矿充填管道输送流态与振动”、“深部金属矿充填尾砂浓密脱水流体力学”；三是企业委托类项目，包括“提高充填体强度及均质性技术研究”、“满足充填体强度的料浆颗粒级配优化研究”、“细粒级尾矿充填料浆浓度及输送优化研究”。

Biography of Professor LI CUI-PING: 

Professor and Ph.D. Supervisor at the University of Science and Technology Beijing (USTB). Her main research and teaching interests focus on fill mining methods and rheology of paste backfill. She has presided over or participated in more than 30 scientific research projects, received three scientific and technological awards, published 3 monographs and 2 textbooks, authored over 80 academic papers, and supervised more than 70 postgraduate (Master's and Ph.D.) students. Among her works, she was the chief editor of the textbook Engineering Fluid Mechanics, the chief reviewer of the monograph Rheology of Paste in Metal Mines, and a key contributor to the drafting of national standards Technical Specification for Total Tailings Paste Production and Disposal (GB/T 39988-2021) and Technical Specification for the Total Tailings Paste Backfill (GB/T 39489-2020).Recent research projects she has led include three categories:National Natural Science Foundation of China (NSFC) Projects, including "Microscopic Rheological Characteristics of Full-Tailings Paste Pipeline Transportation under Particle-Scale Effects" and "Fundamental Research on Granular Rheology for Ecological Disposal of Solid Waste".National Key R&D Program Projects, including "Collaborative Filling of Waste and Tailings in Thin Ore Veins and Its Regulation Technology", "Flow Regimes and Vibration in Deep Metal Mine Backfill Pipeline Transportation", and "Fluid Mechanics of Tailings Thickening and Dewatering in Deep Metal Mines".Industry-Sponsored Projects, including "Research on Improving the Strength and Homogeneity of Backfill", "Optimization of Particle Gradation to Meet Backfill Strength Requirements", and "Optimization of Concentration and Pipeline Transportation of Fine-Grained Tailings Paste".

五篇代表作/Selected Publications

[1]. Li C; Yan B; Hou H; Li R; Li X. Rheological behavior of solid-liquid conversion stage of unclassified tailings backfill paste[J]. The Chinese Journal of Nonferrous Metals, 2020, 30(5): 1209-1220.

[2]. Li C; Yan B; Wang S; Hou H; Chen G. Variability behavior of yield stress for unclassified tailings pasted under measurement time velocity double factors[J]. Chinese Journal of Engineering, 2020, 42(10): 1308-1317.

[3]. Li C; Huang Z; Ruan Z; Wang S. Analysis of the research progress in the mechanism of particle mechanics action on the rheological behavior of paste in metal mines[J]. Chinese Journal of Engineering, 2022, 44(8): 1293-1305.

[4]. Li C, Li X, Ruan Z. Rheological properties of a multiscale granular system during mixing of cemented paste backfill: A review[J]. International Journal of Minerals, Metallurgy and Materials, 2023, 30(8): 1444-1454.

[5]. Li C, Li X, Ruan Z, et al. Analysis of homogeneity and rheological properties of filling slurry during the mixing process through electrical resistance tomography[J]. Powder Technology, 2023, 428: 118850.