[1] yun zhou, wenzhi xia, guangsheng wei*, haichuan wang*. effects of co2 reaction-induced bubble proliferation on the dynamic conditions of stainless steel smelting molten pool[j]. separation and purification technology, 2024, 342: 127068. [2] yun zhou, hongyang wang, kai dong*, rong zhu, zhenqiang jiang, guangsheng wei*. mechanism of arsenic distribution and migration during iron extraction by copper slag-steel slag combined reforming: a potential solution to refractory wastes. journal of cleaner production, 2023, 420: 138399. [3] yun zhou, hongyang wang, rong zhu, guangsheng wei*, kai dong. green and efficient recovery of stainless steel dust by iron-bath direct reduction. separation and purification technology, 2023, 308: 123005. [4] yun zhou, guangsheng wei*, rong zhu, kai dong. process model for manufacturing 400 series stainless steel with purified co2 as an auxiliary oxidant and realizing carbon cycle. separation and purification technology, 2023, 315: 123693. [5] bohan tian1, yun zhou1, guangsheng wei, rong zhu, wenhe wu, lingzhi yang. oxidizing decarbonization characteristics of mgo-c refractories for electric arc furnace steelmaking with co2 utilization. ceramics international, 2022, 48(24): 36936-36944. [6] yun zhou, rong zhu*, guangsheng wei*. application of submerged gas-powder injection technology to steelmaking and ladle refining processes. powder technology, 2021,389: 21-31. [7] yun zhou, guangsheng wei*, rong zhu*. theoretical analysis and experimental study of the application of co2 in the smelting of 410s stainless steel. journal of co2 utilization, 2022, 60: 102016. [8] yun zhou, rong zhu, guangsheng wei*. recent advancements in source reduction and recycling technologies for converter dust. energy reports, 2022, 8: 7274–7285. [9] yun zhou, rong zhu, kai dong*. experimental study on decarburization and chromium retention in stainless steel smelting with co2 as alternative to n2. steel research international, 2022, 93(9): 2200200. [10] yun zhou, rong zhu*, shaoyan hu, weifeng li. study on metallurgical characteristics of the bottom blown o2-cao converter. ironmaking steelmaking, 2021, 48(2): 142-148. [11] yun zhou, rong zhu*, hongyang wang, hongjin zhang. effect of various components on the distribution of phosphorus in cao-feo-mgo-sio2-mno-tio2-v2o5-p2o5 slag based on imct. ironmaking steelmaking, 2021, 48(5): 570-578. [12] yun zhou, rong zhu*, kai dong. research on the phosphate capacity of cao-feo-mgo-sio2-mno-tio2-v2o5-p2o5 slags. ms&t, 2021, 104-119. [13] 周赟,魏光升,朱荣,董凯. 不锈钢冶炼底吹co2对熔池动力学条件影响. 钢铁,2023, 58(1):39-46. |