DEM simulation of particle size segregation behavior during charging into and discharging from a Paul-Wurth type hopper S Wu, M Kou, J Xu, X Guo, K Du, W Shen, J Sun
Chemical Engineering Science 99, 314-323, 2013
88 2013 Utilization and impacts of hydrogen in the ironmaking processes: A review from lab-scale basics to industrial practices K Ma, J Deng, G Wang, Q Zhou, J Xu
International Journal of Hydrogen Energy 46 (52), 26646-26664, 2021
85 2021 Basic Characteristics of the Shaft Furnace of COREX® Smelting Reduction Process Based on Iron Oxides Reduction Simulation S Wu, J Xu, S Yang, Q Zhou, L Zhang
ISIJ international 50 (7), 1032-1039, 2010
61 2010 Circumferential burden distribution behaviors at bell-less top blast furnace with parallel type hoppers J Xu, S Wu, M Kou, L Zhang, X Yu
Applied Mathematical Modelling 35 (3), 1439-1455, 2011
55 2011 Numerical Analysis of the Characteristics Inside Pre-reduction Shaft Furnace and Its Operation Parameters Optimization by Using a Three-Dimensional Full Scale Mathematical Model J Xu, S Wu, M Kou, K Du
ISIJ international 53 (4), 576-582, 2013
44 2013 Low temperature reduction degradation characteristics of sinter, pellet and lump ore S Wu, X Liu, QI Zhou, J Xu, C Liu
Journal of Iron and Steel Research International 18 (8), 20-24, 2011
44 2011 Structural transformation of fluid phase extracted from coal matrix during thermoplastic stage of coal pyrolysis S Qiu, S Zhang, Y Wu, G Qiu, C Sun, Q Zhang, J Dang, L Wen, M Hu, J Xu, ...
Fuel 232, 374-383, 2018
43 2018 Effect of TiO2 on the Liquid Zone and Apparent Viscosity of SiO2-CaO-8wt% MgO-14wt% Al2O3 System Z Yan, X Lv, W He, J Xu
ISIJ International 57 (1), 31-36, 2017
41 2017 The adsorption behaviors of CO and H2 on FeO surface: A density functional theory study H Zhong, L Wen, J Li, J Xu, M Hu, Z Yang
Powder Technology 303, 100-108, 2016
40 2016 Ore-blending optimization model for sintering process based on characteristics of iron ores S Wu, D Oliveira, Y Dai, J Xu
International Journal of Minerals, Metallurgy, and Materials 19 (3), 217-224, 2012
38 2012 Transient local segregation grids of binary size particles discharged from a wedge-shaped hopper J Xu, Z Hu, Y Xu, D Wang, L Wen, C Bai
Powder Technology 308, 273-289, 2017
37 2017 Sintering properties and optimal blending schemes of iron ores D Oliveira, S WU, Y DAI, XU Jian, C Hong
Journal of iron and steel research, international 19 (6), 1-5, 2012
36 2012 Quantitative comparison of binary particle mass and size segregation between serial and parallel type hoppers of blast furnace bell-less top charging system Y Xu, J Xu, C Sun, K Ma, C Shan, L Wen, S Zhang, C Bai
Powder Technology 328, 245-255, 2018
35 2018 The competitive adsorption behavior of CO and H2 molecules on FeO surface in the reduction process F Lu, L Wen, Y Zhao, H Zhong, J Xu, S Zhang, Z Yang
International Journal of Hydrogen Energy 44 (13), 6427-6436, 2019
30 2019 Quest for a pristine unreconstructed I Sokolović, G Franceschi, Z Wang, J Xu, J Pavelec, M Riva, M Schmid, ...
Physical Review B 103 (24), L241406, 2021
28 2021 Prediction of Pre-reduction Shaft Furnace with Top Gas Recycling Technology Aiming to Cut Down CO2 Emission S Wu, J Xu, J Yagi, X Guo, L Zhang
ISIJ international 51 (8), 1344-1352, 2011
27 2011 Optimization of ore blending during sintering based on complementation of high temperature properties S WU, Y DAI, D Oliveira, Y PEI, J Xu, H HAN
Chinese Journal of Engineering 32 (6), 719-724, 2010
27 2010 Effects of bottom base shapes on burden profiles and burden size distributions in the upper part of a COREX shaft furnace based on DEM M Kou, J Xu, H Zhou, B Wen, K Gu, S Yao, S Wu
Advanced Powder Technology 29 (4), 1014-1024, 2018
26 2018 基于铁矿粉高温特性互补的烧结优化配矿 吴胜利， 戴宇明， 裴元东， 徐健， 韩宏亮
北京科技大学学报, 719-724, 2010
26 2010 Microscopic behavior and metallic iron morphology from reduction of iron oxide by CO/H2 in a fluidized bed F Lu, L Wen, H Zhong, J Xu, S Zhang, H Duan, Z Yang
Journal of Applied Crystallography 51 (6), 1641-1651, 2018
25 2018 
Mingyin KouProf, University of Science and Technology BeijingAdresse e-mail validée de ustb.edu.cn