[1] l.z.chang, x. f. shi, j. q. cong and r. x. wang. effects of relative motion between consumable electrodes and mould on solidification structure of electroslag ingots during electroslag remelting process. ironmaking and steelmaking,2014, 41(8):611-617. [2] l.z.chang,x. f. shi, j. q. cong. study on mechanism of oxygen increase and countermeasure to control oxygen content during electroslag remelting process, ironmaking and steelmaking, 2014, 41(3):182-186. [3] x.f.shi, l.z. chang, j.j.wang. effect of ultrasonic power introduced by mold copper plate on solidification process, international journal of minerals, metallurgy and materials, 2017,24(2:139-146. [4] x.f.shi, l.z. chang, .solidification structure refinement of ferritic stainless steel based on heterogeneous nucleation technology, journal of iron and steel research international, 2019, 26(2): 137-147. [5] l.z.chang, g.gao and x.f.shi. effect of mg–re complex treatment on eutectic carbides in bearing steel,ironmaking and steelmaking, 2020, 47(1): 59-66. [6] l.z.chang, y.l.su, t.xu, l.f.zhang, c.l.zhu & x.f.shi. a preliminary exploration on improving the solidification quality of electroslag ingot based on laboratory scale experiment, ironmaking and steelmaking, 2022, 49(10): 995-1004. [7] 邓南阳,施晓芳,常立忠,等. 结晶器旋转数值模拟及对高速钢电渣锭碳化物的影响. 工程科学学报,2020,42(4):516-526. [8] 常立忠,徐涛,苏云龙,等. 不锈轴承钢真空制备过程洁净度及碳化物变化. 钢铁,2022,57(07):73-83. [9] 常立忠,项淼苗,徐涛,等. 15-7ph不锈钢电渣重熔过程夹杂物的行为. 过程工程学报,2023,23(02): 244-253. [10] 常立忠,苏云龙,张龙飞,等. 电渣重熔过程电源频率对电渣锭洁净度的影响. 钢铁,2022,57(7):43-53. |