王海川

期刊论文

1. 楚少龙，王海川，周赟，庞瑞朋，廖直友（2026）. 低品位赤泥悬浮焙烧还原-磁选提铁及铁铝分离. 《中国冶金》.DOI
2. 张兴淦，柳玉杰，商梦婷，王海川，夏云进，孙桂林（2026）. 炉渣泡沫化预测研究进展与智能化趋势. 《过程工程学报》.
3. 武豪，江雪婷，张广洪，肖丙政，王海川，邓爱军（2026）. 转炉底吹元件堵塞数量对钢液流动特性的影响研究. 《过程工程学报》.
4. Guangda Bao, Wang Zhen, Hai-Xiang Zhuang, J. Lei, Haichuan Wang, E. Wan, Ting Wu (2026). Melting and sintering characteristics of carbon-free mold fluxes. Ironmaking & Steelmaking: Processes, Products and Applications.DOI
5. 曹余良，张红军，武豪，江雪婷，王海川，邓爱军（2025）. 150t转炉底吹优化对熔池钢液搅拌行为的影响. 《钢铁研究学报》.
6. 任平凡，孙伟，吴仕慈，朱万军，王海川，吴婷（2025）. 合金种类及加入顺序对Q235B(Ti)脱氧合金化的影响. 《中国冶金》.DOI
7. Nian Yi, Liang Shen, Jiale Li, Chao-Jie Zhang, Haichuan Wang, Li-Qiang Zhang (2025). Research on Internal Crack Formation and Segregation Distribution in the Solidification Reduction Process. Steel Research International.DOI
8. Ting Wu, Hai-Xiang Zhuang, S. Sadaf, Yi-Long Ji, Haichuan Wang (2025). Effect of Alkali Oxides on the Structure and Property of Fluorine-Free Mold Fluxes. Archives of Metallurgy and Materials.DOI
9. Yun Zhou, Baowen He, Zihan Wang, Guangsheng Wei, Haichuan Wang (2025). Thermodynamic-guided process optimization to suppress ring deposits during rotary kiln reduction of steelmaking dust. Powder Technology.DOI
10. Wen-zhi Xia, Yun Hong Zhou, Baowen He, Guang-da Bao, Zhen Bo Hou, Shao-long Chu, Ping-fan Ren, Zhi-you Liao, Haichuan Wang (2025). Study on the mechanism of sulfur directional removal from high-basicity ladle furnace slag strengthened by electric field. Separation and Purification Technology.DOI
11. Wen-zhi Xia, Haichuan Wang, Ruipeng Pang, Yun Hong Zhou, Zhi-you Liao, Ting Wu, Baowen He, Guang-da Bao, Zhen Bo Hou, Shao-long Chu, Ping-fan Ren (2025). Optimizing removal and control of inclusions/impurities and recovery of valuable elements in metallurgical melts via electric field: toward circular economy and resource efficiency. Chemical Engineering Journal.DOI
12. Yi Nian, Xin-yu Tang, You-cheng Zong, Shaowei Hu, Chaojie Zhang, Haichuan Wang, Liqiang Zhang (2025). Investigation of the Mechanism of Central Crack Formation During the Solidification and Reduction Process of GCr15 Bearing Steel. Metallurgical and Materials Transactions B.DOI
13. Yun Zhou, Wen-zhi Xia, Zhiyou Liao, Haichuan Wang (2025). Effect of Carbon Dioxide as an Oxidizing Agent on Carbon Removal and Chromium Preservation in Stainless‐Steel Smelting. steel research international.DOI
14. 孙陶安，吴正义，周继顺，肖丙政，王海川，范鼎东，邓爱军（2024）. Mo含量对高碳钢组织和耐磨性的影响. 《金属热处理》.
15. 孙桂林，陶素芬，夏云进，吕宁宁，王海川（2024）. 非材料专业材料制备与合成课程教学改革探究. 《安徽工业大学学报(社会科学版)》.
16. Xiang Liu, Chao-Jie Zhang, Shaowei Hu, Li-Qiang Zhang, Haichuan Wang (2024). Research progress and prospects on the formation mechanism of macrosegregation and shrinkage porosity in large steel ingots. Progress in Natural Science: Materials International.DOI
17. Ru Sheng Lu, Bo Feng, Jing-shuai Wang, Guangqiang Li, Qiang Wang, Haichuan Wang (2024). Effects of slag and deoxidizers on recovery of Mn from high-sulfur electrolytic manganese metal scrap. Journal of Iron and Steel Research International.DOI
18. Jiang-hua Qi, Guang-da Bao, Chen Zhang, Haichuan Wang, Ting Wu (2024). Measurement of initial crystallization temperature of mold flux based on alternate current conductivity method. Ironmaking & Steelmaking Processes Products and Applications.DOI
19. Yun Zhou, Wen-zhi Xia, Guangsheng Wei, Haichuan Wang (2024). Impact of CO2 as an oxidant on the decarburization and chromium retention and an approach for CO2 recycling. Chinese Journal of Chemical Engineering.DOI
20. Wen-zhi Xia, Yun Hong Zhou, Guang-da Bao, Zhen Bo Hou, Shao-long Chu, Ping-fan Ren, Zhi-you Liao, Haichuan Wang (2024). Recent research progress on recycling metallurgical waste slag and strengthening directional recovery of impurity elements by applied electric field. Chemical Engineering Journal.DOI
21. Yun Zhou, Wen-zhi Xia, Guangsheng Wei, Haichuan Wang (2024). Effects of CO2 reaction-induced bubble proliferation on the dynamic conditions of stainless steel smelting molten pool. Separation and Purification Technology.DOI
22. Wen-zhi Xia, Zhen Bo Hou, Ting Wu, Zhi-you Liao, Yilong Ji, Haichuan Wang (2024). Comprehensive effects of CaO/Al2O3 ratio and electric field on properties and sulfur directional migration of spent refining slag. Metallurgical Research & Technology.DOI
23. Ning Wang, Wen-zhi Xia, Yun Zhou, Aijun Deng, Guang-da Bao, Zhiyou Liao, Haichuan Wang (2024). Time-Dependent Study of Inclusions in Bearing Steel Subjected to Rare Earth Treatment with Secondary Oxidation. Crystals.DOI
24. Ning Wang, Wen-zhi Xia, Yun Zhou, Aijun Deng, Guang-da Bao, Zhiyou Liao, Haichuan Wang (2024). The Modification of Aluminum Oxide Inclusions in Bearing Steel under Different Cleanliness Conditions by Rare Earth Elements. Metals.DOI
25. Ning Wang, Boting Yan, Wen-zhi Xia, Yun Zhou, Aijun Deng, Zhiyou Liao, Haichuan Wang, Xiangpeng Gao (2024). Effect of Transient Reoxidation on Inclusions in Rare‐Earth‐Treated Bearing Steel. steel research international.DOI
26. Aijun Deng, Zhengyi Wu, Taoan Sun, Yunjin Xia, Haichuan Wang (2024). Study on the influence of unsteady casting on the flow characteristics and behavior of liquid steel in tundish. Ironmaking & Steelmaking Processes Products and Applications.DOI
27. 鲍光达，吴婷，熊晨光，操瑞宏，王海军，王海川（2023）. CaF2和Al2O3对KR脱硫剂性能的影响研究. 《炼钢》.
28. 万勇，李杰，王海川，龙红明，张立强（2023）. 钢铁冶金概论课程线上教学及评价体系改革探究. 《安徽工业大学学报(社会科学版)》.
29. 陈慧方，吴建，吕宁宁，苏畅，王海川（2023）. 不同种类无机酸浸出钢渣中磷、铁元素的研究. 《应用化工》.
30. 孙陶安，操瑞宏，夏云进，王海川，范鼎东，邓爱军（2023）. 近似核壳型微球对钢渣的熔融还原行为分析. 《钢铁》.
31. 方佑东，赵帅兵，苏畅，吕宁宁，王海川（2023）. 钢渣溶出过程中浸出液pH值变化规律研究. 《矿业科学学报》.
32. 郑学忠，吴建，陈慧方，苏畅，吕宁宁，王海川（2023）. 生物质灰渣改质对钢渣中磷富集行为的影响. 《现代交通与冶金材料》.
33. 吴朝阳，李明阳，王锐，孔辉，王海川，杨建（2023）. 本科生导师制下冶金相关专业毕业设计质量提升研究. 《安徽工业大学学报(社会科学版)》.
34. 樊友奇，龙红明，雷金火，王海川，赵卓，岳强，姚永林，张立强（2023）. 面向新经济的冶金工程专业人才培养模式探索与实践. 《安徽工业大学学报(社会科学版)》.
35. Guang-da Bao, Ting Wu, Jianghua Qi, Wen Yang, Haichuan Wang (2023). Comprehensive Effects of Alkali Oxides and CaO/Al2O3 on the Structure and Properties of Aluminate Slag. ISIJ International.DOI
36. Haichuan Wang, Guang-ye Sheng, Haijun Wang, H. D. Liu, Ting Wu (2023). Effect of BaO and Li2O on Basic Characteristics of Mold Fluxes with Different Basicity. Archives of Metallurgy and Materials.DOI
37. Wen-zhi Xia, Ting Wu, Jie Hong Lei, Chen Zhang, Guang-da Bao, Haichuan Wang (2023). Directional Sulfur Removal from Ladle Furnace Slag by Electric Field Strengthening Treatment. steel research international.DOI
38. Chen Zhang, Ting Wu, Jie Hong Lei, Haichuan Wang, Qian Wang (2023). First-Principles Calculation of CaO–Al2O3–CaF2 Slag. Metallurgical and Materials Transactions B.DOI
39. Haichuan Wang, Wen-zhi Xia, Guang-da Bao, Zhi-you Liao, Ting Wu, Jie Hong Lei (2023). Influence mechanism of direct current electric field on the sulfur removal of fluorine-containing spent refining slag. Journal of environmental chemical engineering.DOI
40. Yun Zhou, Hongyang Wang, Haichuan Wang, Kai Dong, Rong Zhu, Zhenqiang Jiang, Guangsheng Wei (2023). 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.DOI
41. Yu-qi Kong, Ting Wu, Wen-zhi Xia, Wen Yao Yang, Haichuan Wang (2023). Effect of BaO and MgO on structure and properties of aluminate slag with various CaO/Al2O3 ratios. Journal of Iron and Steel Research International.DOI
42. Chen Zhang, Ting Wu, Ping-fan Ren, H. Z. Shi, Zhi-you Liao, Haichuan Wang (2023). Influence Mechanism of F− on the Structure and Properties of Aluminate-Based Mold Flux. Metallurgical and Materials Transactions B.DOI
43. Liushun Wu, Hui Li, Haiqing Mei, Lei Rao, Haichuan Wang, Ningning Lv (2023). Generation, utilization, and environmental impact of ladle furnace slag: A minor review. The Science of The Total Environment.DOI
44. Ru Sheng Lu, Ran-ran Yu, Guangqiang Li, Yu Liu, Qiang Wang, Haichuan Wang (2023). Desulfurization of rejected electrolytic manganese metal by electroslag remelting furnace with a water-cooled electrode. Journal of Iron and Steel Research International.DOI
45. Guang-da Bao, Ting Wu, Wang Duo-gang, Xiaobin Zhou, Haichuan Wang (2023). Multi-model coupling-based dynamic control system of ladle slag in argon blowing refining process. Journal of Iron and Steel Research International.DOI
46. Liushun Wu, Haiqing Mei, Kunlong Liu, Ningning Lv, Haichuan Wang, Yuanchi Dong (2023). The behavior of separation and enrichment of valuable metals during the synergistic processing of metallurgical dust and sludge via roasting in rotary kiln. Journal of environmental chemical engineering.DOI
47. 钟巍，鲍光达，王海川，吴婷，仇圣桃（2022）. 基于机器学习算法的熔渣液相线温度预测. 《炼钢》.
48. 龚俊健，张超杰，王海川，蒲春雷（2022）. IF钢RH精炼过程合金损失行为研究. 《现代交通与冶金材料》.
49. 李倩倩，吴婷，杨文，盛光晔，廖直友，王海川（2022）. 碱度对精炼渣理化性能及磷元素迁移的影响. 《炼钢》.
50. 陈慧方，吴建，吕宁宁，苏畅，陈山，王海川（2022）. 钢渣中磷在盐酸中的浸出动力学研究. 《金属材料与冶金工程》.
51. 肖年根，王学林，钟华，邓爱军，操瑞宏，王海川（2022）. 钢包渣洗脱硫剂的试验研究与应用. 《连铸》.
52. Wei-Ning Wang, Guangye Sheng, Zhi-you Liao, Haichuan Wang, Sheng-tao Qiu (2022). Analysis and Measures of Blockage in Submerged Nozzle of Mold large round Bearing Steel. Journal of Physics, Conference Series.DOI
53. Liu-Shun Wu, Haiqing Mei, Kun-Long Liu, L. Rao, Zhi-you Liao, Haichuan Wang (2022). Evaluation of the Effect of MgO and P_2O_5 on the Performance of Steel Slag as a Cementitious Material. JOM.DOI
54. Chen Zhang, Yu-qi Kong, Ting Wu, Jie Hong Lei, Guang-da Bao, Haichuan Wang (2022). First-principles study on microstructure of CaO-Al2O3-B2O3 slag. Journal of Molecular Liquids.DOI
55. Ning-ning Lv, Huifang Chen, Chang Su, Haichuan Wang, Yuanchi Dong, Liushun Wu (2022). Kinetics Investigation of Phosphorus Leaching from Steelmaking Slag. Mineral Processing and Extractive Metallurgy Review.DOI
56. Ting Wu, Qianqian Li, Wen-zhi Xia, Bing-jie Qiu, Haichuan Wang, Zhi-you Liao (2022). Effects of Typical Components on Physicochemical Properties of Refining Slag and Sulfur Migration Enhanced by Electric Field. Journal of Sustainable Metallurgy.DOI
57. Liushun Wu, Kunlong Liu, Haiqing Mei, Guang-da Bao, Yun Zhou, Haichuan Wang (2022). Thermodynamics Analysis and Pilot Study of Reusing Medium and High Alloy Steel Scrap Using Induction Melting and Electroslag Remelting Process. Metals.DOI
58. Jie Hong Lei, Wen Yao Yang, Guang-ye Sheng, Chen Zhang, Ting Wu, Haichuan Wang (2022). Effects of BaO Content and CaO/Al2O3 Ratio on the Properties and Structure of Aluminate Slag. Metallurgical and Materials Transactions B.DOI
59. Aijun Deng, Yong Shuai, Honggen Gong, Ruihong Cao, Haichuan Wang, Shiheng Peng (2022). Optimal Control of Surface Crack in Microalloyed Steel with Big Stroke Liquid Core Reduction Process. Transactions of the Indian Institute of Metals.DOI
60. Chen Zhang, Yu-qi Kong, Ting Wu, Guang-da Bao, Jie Hong Lei, Haichuan Wang (2022). Effect of B 2 O 3 on the structure and properties of aluminate slag. Metallurgical Research & Technology.DOI
61. Shama Sadaf, Jie Lei, Hai-xiang Zhuang, Ting Wu, Haichuan Wang (2022). Effective mechanism of BaO on the structure and fluid behavior of CaO-SiO2-B2O3-based melts. Metallurgical Research & Technology.DOI
62. 陈慧方，余海军，桂德培，吕宁宁，苏畅，王海川（2021）. CaO-SiO2-FeO-P2O5-MnO-Al2O3渣系中各组元活度的计算. 《金属材料与冶金工程》.
63. Kun Xu, Haichuan Wang, H. Kong, Zhaoyang Wu, Zhan Zhang (2021). Precipitation Kinetics of Al3Sc in Aluminum Alloys Modeled with a New Grouping Cluster Dynamics Model.DOI
64. Jiangbo Li, Bi-rong Deng, Xiu-zhi Yang, Liang Liang, Haichuan Wang, Ting Wu (2021). Microstructure Control of Continuous Casting Slab of Grain Oriented Silicon Steel. MATERIALS TRANSACTIONS.DOI
65. Aijun Deng, Haichuan Wang, Dingdong Fan (2021). Dissolution Mechanism of Modifying Agent in Fibrotic Process of Steel Slag. ISIJ International.DOI
66. Daya Wang, Shaoguang Hua, Liushun Wu, Kunlong Liu, Haichuan Wang (2021). Coupled Thermodynamics and Phase Diagram Analysis of Gas-Duct Concretion Formation in Pyro-Processing Ironmaking and Steelmaking Dust. Minerals.DOI
67. Ning-ning Lv, Chang Su, Hui Kong, Haichuan Wang, Yuanchi Dong (2021). Leaching process of phosphorus and iron from steelmaking slag into malic acid solution. Journal of Iron and Steel Research International.DOI
68. Shou-lin Huang, Ting Wu, Jie Hong Lei, Hui Kong, Haichuan Wang, Zhengwei Yu (2021). Effects of B2O3 and CaO/Al2O3 on Structure of CaO–Al2O3–B2O3 System. MATERIALS TRANSACTIONS.DOI
69. Liushun Wu, Kunlong Liu, Lei Rao, Jue Wang, Haichuan Wang (2021). Effect of binary basicity and ferric oxide content on the soundness, grindability, and cementitious activity of converter steelmaking slag. Construction and Building Materials.DOI
70. Ting Wu, Wen Yao Yang, Chen Zhang, Haichuan Wang, Jie Hong Lei (2021). Microstructural analysis by molecular dynamics simulation of aluminate ternary slag with alkaline oxide. Journal of Non-Crystalline Solids.DOI
71. Liushun Wu, Kunlong Liu, Yun Zhou, Jue Wang, Haichuan Wang (2021). Predicting the thermodynamics of aluminum dross denitrification of flue gas. Calphad.DOI
72. Liushun Wu, Kunlong Liu, Wei Xu, Jue Wang, Haichuan Wang, Yuanchi Dong (2021). Sulfur Removal from Spent Ladle Refining Furnace Slag at High Temperature. Metallurgical and Materials Transactions B.DOI
73. Liushun Wu, Chao Mei, Haichuan Wang, Jue Wang, Yuanchi Dong (2021). Leaching of vanadium, potassium, and iron from spent catalyst of the manufacture of sulfuric acid. Journal of Materials Research and Technology.DOI
74. Haichuan Wang, Liao Zhiyou, Wang Bowen, Ting Wu, Lv Ningning, Deng Aijun, Wu Liushun (2021). Research Progress of Impurity Removal from Metallurgical Slag and Strengthening Metallurgical Process by External Electric Field. Journal of Energy and Natural Resources.DOI
75. Kun Xu, B. Thomas, Yue Wu, Haichuan Wang, H. Kong, Zhaoyang Wu (2020). Grouping Methods of Cluster Dynamics Model for Precipitation Kinetics. Metals.DOI
76. Shama Sadaf, Ting Wu, Lei Zhong, Zhi-you Liao, Haichuan Wang, Wanlin Wang (2020). Effective Mechanism of B 2 O 3 on the Structure and Viscosity of CaO–SiO 2 –B 2 O 3 ‐based Melts. steel research international.DOI
77. Qiyan Xu, Zhanghan Gu, Zhiping Li, Yingyi Zhang, Haichuan Wang (2020). Effects of pressure and plastic addition on sticking of fine iron ore particles in fluidized bed reduction. Journal of Iron and Steel Research International.DOI
78. Aijun Deng, Dingdong Fan, Haichuan Wang, Canhua Li (2020). Simulation research on oxygen mass transfer between steel and slag in IF steel refining process. Journal of Iron and Steel Research International.DOI
79. Aijun Deng, Yunjin Xia, Hongbiao Dong, Haichuan Wang, Dingdong Fan (2020). Prediction of re-oxidation behaviour of ultra-low carbon steel by different slag series. Scientific Reports.DOI
80. 杨金星，吕宁宁，苏畅，孔辉，王海川（2019）. 转炉钢渣中磷资源回收利用的研究进展. 《应用化工》.
81. 廖直友，王博文，王海川，尹振兴（2019）. 电场处理对渣金反应元素迁移的影响研究. 《第十二届中国钢铁年会论文集——8.能源、环保与资源利用》.DOI
82. 吴婷，钟磊，Shama Sadaf，廖直友，王海川，王万林（2019）. 含B 2 O 3 无氟保护渣的微观结构和黏度特性研究. 《第十二届中国钢铁年会论文集——2.炼钢与连铸》.DOI
83. 夏云进，范鼎东，李杰，孔辉，王海川（2019）. 工程教育专业认证背景下炼钢厂工程设计课程改革探索. 《安徽工业大学学报(社会科学版)》.
84. Ningning Lv, Chang Su, Hui Kong, Jinxing Yang, Weiming Liu, Haichuan Wang (2019). Dissolution mechanism of various elements from steelmaking slag into citric acid solution. Metallurgical Research & Technology.DOI
85. 张立强，龙红明，王海川，李杰，雷鹰，樊友奇（2018）. 新工科背景下冶金-材料专业链群改造升级路径. 《中国冶金教育》.
86. 张立强，龙红明，王海川，李杰，雷鹰，樊友奇（2018）. 冶金-材料专业链群新工科改造升级内涵. 《中国冶金教育》.
87. Qiyan Xu, Zhiping Li, Zhuangzhuang Liu, Jianjun Wang, Haichuan Wang (2018). The Effect of Pressurized Decarbonization of CO on Inhibiting the Adhesion of Fine Iron Ore Particles. Metals.DOI
88. Chang Su, Ning-ning Lv, Jinxing Yang, Liushun Wu, Haichuan Wang, Yuanchi Dong (2018). Effect of high Na2O addition on distribution of phosphorus in low-basicity converter slag. Journal of Iron and Steel Research International.DOI
89. 刘威，刘国龙，肖赛君，王海川（2017）. 高碳铬铁熔盐电解精炼制备低碳铬铁. 《第25届全国铁合金学术研讨会论文集（上册）》.
90. 张立强，龙红明，李杰，常立忠，王海川，孔辉，杨建，曹丛柱（2017）. 基于工程教育专业认证理念的毕业要求达成度评价. 《中国冶金教育》.
91. Ning-ning Lv, Liushun Wu, Haichuan Wang, Yuanchi Dong, Chang Su (2017). Size analysis of slag eye formed by gas blowing in ladle refining. Journal of Iron and Steel Research International.DOI
92. 芮其宣，王海川（2016）. 研究生冶金物理化学课程教学改革探讨. 《安徽工业大学学报(社会科学版)》.
93. 肖赛君，刘威，王海川，章俊（2016）. 铁合金行业技术创新的新思路. 《2016（首届）全国铁合金热点难点技术交流会论文集》.
94. 王刘涛，王海川，徐飞（2016）. 脉冲电场对磷在渣-金两相间迁移反应的影响. 《第十九届（2016年）全国炼钢学术会议》.
95. 王振，章俊，王海川（2016）. 基于不同模型的硅铁熔体热力学性质计算. 《中国冶金》.
96. 安邦，章俊，王振，王海川，尹振兴（2016）. 硼镁铁矿用于含硼硅锰复合铁合金生产新工艺. 《中国冶金》.
97. Qiyan Xu, Haichuan Wang, FU Yuan-kun, Jianjun Wang (2016). Parameters Optimization, Sticking Mechanism and Kinetics Analysis of Fine Iron Ore in Fluidized-Reduction Process. ISIJ International.DOI
98. 王海川，廖直友，尹振兴（2015）. 含锰渣的金属回收与综合利用研究进展. 《全国首届锰系铁合金学术研讨会暨矿热炉补偿技术、炉前浇注（粒化）技术交流会论文集》.
99. 夏云进，范鼎东，李杰，王海川（2014）. 钢的凝固与连铸课程教学改革探索. 《安徽工业大学学报(社会科学版)》.
100. 吕宁宁，苏畅，王海川，常立忠，张雷（2014）. 熔融改质处理LF精炼废渣对12CaO·7Al 2 O 3 物相析出的影响. 《2014年全国冶金能源环保生产技术会文集》.
101. 苏畅，吕宁宁，常立忠，王海川（2014）. 转炉脱磷渣中含磷富集相生成影响因素的研究. 《2014年全国冶金能源环保生产技术会》.
102. 王海川，陈克全，廖直友，陈鹏飞，张雷，吴六顺，周云（2014）. 脉冲电场处理渣金反应对渣系硫容量的影响研究. 《第十八届（2014年）全国炼钢学术会议论文集——S05：炉外精炼》.
103. 王海川，张雷，陈克全，尹振兴，李杰，廖直友，周云（2014）. 脉冲电场对Fe-C-i（Si,Mn）合金与CaO-Al2O3-MgO熔渣间反应的影响. 《炼钢》.
104. 吴六顺，周云，王珏，王海川，董元篪（2014）. 二氧化硅改性钢渣易磨性的研究. 《炼钢》.
105. Yun Zhou, Liushun Wu, Jue Wang, Haichuan Wang, Yuanchi Dong (2014). Separation of ZnO from the Stainless Steelmaking Dust and Graphite Mixture by Microwave Irradiation. High Temperature Materials and Processes.DOI
106. 吴六顺，周云，王珏，王海川，董元篪（2013）. 固体颗粒对转炉炉渣黏度的影响. 《炼钢》.
107. 王海川，陈克全，葛允宗，廖直友，陈鹏飞（2013）. 渣金间外加脉冲电场对硫元素迁移研究. 《钢铁钒钛》.
108. 廖直友，王海川，张样，李新（2013）. 脉冲电场和稀土对Fe-C-S系合金凝固过程的影响. 《安徽工业大学学报(自然科学版)》.
109. 吴六顺，王海川，董元篪（2012）. 含氟炉渣的粘度. 《2012年全国冶金物理化学学术会议》.
110. 芮其宣，李杰，李领，王海川，王建军（2011）. 超声波、吹氩及其协同处理对低碳钢中氮含量的影响. 《第八届（2011）中国钢铁年会》.
111. 王海川，孙维，王建军，李杰，汪开忠（2011）. 低碳低硅冷镦钢(SWRCH6A)成分控制工艺实践. 《2011年华东五省炼钢学术交流会》.
112. 李新，王海川，洪鹏，李杰，廖直友，李明（2011）. 稳恒磁场对Fe-C-S系合金凝固后成分和夹杂物的影响. 2011 International Conference on Fuzzy Systems and Neural Computing(FSNC 2011);2011 International Conference on Fuzzy Systems and Neural Computing（FSNC 2011）.
113. 孙维，王海川，汪开忠，王建军，吴坚，赵斌（2011）. 低碳低硅高铝钢熔炼过程成分变化研究. 《炼钢》.
114. 洪鹏，王海川，李新，李杰，廖直友，钱章秀（2011）. 脉冲电场对Fe-C-P系合金熔体凝固过程的影响研究. 《过程工程学报》.
115. 王建军，罗林根，李兆丰，周俐，王海川，孔辉（2010）. 钢水中残余元素-砷的脱除研究. 《2010年全国冶金物理化学学术会议专辑(上册)》.
116. 李兆丰，王建军，罗林根，付元坤，王海川（2010）. 影响宝钢ORD-S矿粉还原因素研究. 《2010年全国冶金物理化学学术会议专辑（下册）》.
117. 王海川，孙维，王建军，李杰，汪开忠，吴坚（2010）. 低碳低硅高铝钢冶炼钙处理的热力学研究. 《2010年全国冶金物理化学学术会议专辑(上册)》.
118. 李杰，葛成玲，王建军，王海川，唐广武（2010）. 不同超声波引入方式对金属熔体凝固组织的影响. 《铸造技术》.
119. 王世俊，周云，章华兵，王海川，黄小东（2007）. 熔渣中BaO和TiO2对钢液氮含量的影响. 《钢铁研究学报》.
120. 黄小东，戴逸，廖直友，王世俊，王海川（2007）. 渣中BaO和TiO2在真空下对钢液氮含量的影响. 《连铸》.
121. 黄小东，戴逸，廖直友，王世俊，王海川（2007）. 中间包覆盖渣中B2O3和Al2O3对钢液氮含量的影响. 《连铸》.
122. Dai Yi, Haichuan Wang (2007). Effect of B_2O_3 and Al_2O_3 in slag on nitrogen content in liquid steel. Continuous Casting.
123. 王世俊，黄小东，章华兵，王海川，周云（2006）. 钢包顶渣中的碱度和碳含量对钢液氮含量的影响. 《钢铁研究学报》.
124. 王世俊，黄小东，王海川，周云（2006）. 熔渣中BaO和TiO2在不同条件下对钢液氮含量的影响. 《钢铁研究学报》.
125. 王世俊，王泉，王海川，周云（2006）. 镁粒脱硫原理及镁粒在铁水中溶解行为的研究. 《轻金属》.
126. 周云，彭开玉，王世俊，李辽沙，王海川，董元篪（2006）. 含锌冶金尘泥在微波场中的升温特性. 《钢铁研究》.
127. 周云，王涛，王世俊，夏幸明，王海川，董元篪（2005）. 用预熔渣对铁水脱磷的试验研究. 《炼钢》.
128. 彭开玉，周云，李辽沙，王世俊，王海川，董元篪（2005）. 冶金含锌尘泥资源化的现状与展望. 《中国资源综合利用》.
129. Haichuan Wang, Shijun Wang, Yun Zhou, Li Juan Gao, Yuanchi Dong, Haiping Sun (2005). The Thermodynamic Properties of Fe‐Mn‐C Melt at Reduced Pressure. steel research international.DOI
130. Haichuan Wang, Yuanchi Dong, Wenming Zhang, Shijun Wang, Yun Zhou (2005). Physical and chemical performances of high Al steels. Journal of Central South University of Technology.DOI
131. 王海川，王世俊，周云，吴宝国，董元篪（2004）. 铁水用预熔渣真空脱硫脱磷处理的研究. 《炼钢》.
132. 王海川，王世俊，周云，吴宝国，董元篪（2004）. 锰铁合金真空氧化脱磷过程成分变化研究. 《铁合金》.
133. 王海川，周云，吴宝国，王世俊，董元篪（2004）. 碳饱和三元金属熔体热力学性质的计算方法. 《钢铁研究学报》.
134. 董元篪，郭上型，王世俊，王海川（2004）. 低磷钢冶炼的理论和工艺问题. 《中国冶金》.
135. 王海川，周云，吴宝国，王世俊，乐可襄，董元篪（2004）. 微波辅助加热氧化锰的还原动力学研究. 《2004年全国冶金物理化学学术会议》.
136. 周云，王海川，王世俊，董元篪，王涛，夏幸明，石洪志，朱立新（2004）. 铁水预处理过程氮含量控制的试验研究. 《钢铁》.
137. 吴宝国，王海川，周云，王世俊，乐可襄，董元篪（2004）. 低氟低钠脱磷、脱硫熔剂的实验研究. 《钢铁研究学报》.
138. 吴宝国，骆小刚，董元篪，王世俊，王海川，周云（2004）. 改变钙系脱磷剂熔渣组成对脱磷的影响. 《炼钢》.
139. 周云，董元篪，王世俊，王海川，吴宝国（2003）. 用硅系发热剂化学加热后钢液中非金属夹杂物的研究. 《铁合金》.
140. 吴宝国，王海川，周云，王世俊，董元篪（2003）. 降低钙系脱磷剂中氟含量的可行性研究. 《钢铁钒钛》.
141. 周云，王世俊，王海川，董元篪，许俊贻，胡道峰，朱红健（2003）. 板坯连铸结晶器喂铝丝工艺. 《特殊钢》.
142. 胡军强，蒋毅，胡黎宁，张治广，甄琴英，王海川（2003）. 优质碳素钢50、55、60的试制. 《炼钢》.
143. 周云，王海川，王世俊，乐可襄，董元篪（2002）. CAS-OB中排渣能力与混匀时间实验研究. 《炼钢》.
144. 王海川，王世俊，乐可襄，周云，董元篪（2002）. 化学加热法用硅系铁合金加热钢液的热模拟研究. 《钢铁》.
145. 王海川，王世俊，董元篪（2002）. 现代物理技术在冶金中的应用进展. 《中国金属学会第一届青年学术年会论文集》.
146. 张庆奇，黄礼胜，刘明华，王海川（2002）. 连铸中间包不断流快速更换定径水口技术. 《炼钢》.
147. 吴宝国，董元篪，王世俊，陈二保，周云，王海川（2002）. BaCO3基熔剂对锰铁熔体脱磷的实验研究. 《炼钢》.
148. 乐可襄，王世俊，王海川，龚志作，刘欣隆，孙树森，夏幸明（2002）. 在铁水预处理中CaO-Fe2O3-CaF2基粉剂脱磷工艺和影响因素的探讨. 《钢铁》.
149. 周云，董元篪，王海川，王世俊，刘永兵，吴宝国（2002）. 炉外精炼中钢包底吹氩流场的数学模拟. 《安徽工业大学学报(自然科学版)》.
150. 王世俊，乐可襄，王海川，董元篪，张雪松，胡道峰（2001）. 钢包喂含镁包芯线脱硫工艺研究. 《钢铁》.
151. 王海川，王世俊，乐可襄，董元篪，李文超（2001）. Fe—C—j(j=Ti,V,Cr,Mn)熔体的热力学性质规律. 《金属学报》.
152. 乐可襄，高亚萍，周云，王海川，王世俊（2001）. CAS-OB钢包底吹排渣效果的实验研究. 《钢铁研究学报》.
153. 乐可襄，董元篪，王世俊，王海川（2001）. 铁水预处理粉剂组成对脱硫的影响. 《炼钢》.
154. 王海川，张友平，董元篪，李文超（2000）. 转炉吹炼中低碳锰铁的应用分析. 《铁合金》.
155. 王海川，董元箎，王世俊，李文超（2000）. 转炉吹炼中低碳铬铁的热力学分析. 《铁合金》.
156. 王海川，张友平，董元篪，李文超（2000）. 碳在纯锰和纯铁熔体中的饱和溶解度及Mn-Fe-C熔体的热力学性质. 《铁合金》.
157. 刘明华，刘正，王海川（2000）. 连铸坯表面凹陷和纵裂分析. 《炼钢》.
158. 王海川，张友平，郭上型，陈二保，董元篪（2000）. 铁水预处理脱硅对脱磷影响的实验研究. 《炼钢》.
159. 王世俊，乐可襄，王海川，金永铭（2000）. 喂稀土丝处理16Mn钢的试验研究. 《炼钢》.
160. 王海川，张友平，郭上型，陈二保，董元篪（2000）. 铁水氧势对铁水预处理脱硅脱磷的影响. 《钢铁研究学报》.
161. 郭上型，董元篪，陈二保，王海川（2000）. CaO-SiO2-Fe2O3-MnO2-MgO-P2O5系熔剂对钢液脱磷、回磷的实验研究. 《钢铁》.
162. 王海川，董元篪，李文超（1999）. 含碳铁合金熔体的热力学性质研究. 《铁合金》.
163. 乐可襄，董元，王海川，王世俊（1997）. 用Si-Fe、Si-Al升温钢液的研究. 《钢铁研究学报》.

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1. Aijun Deng, Xueting Jiang, Hao Wu, Zhengyi Wu, Xiaowen He, Kaizheng Ding, Yunjin Xia, Haichuan Wang (2025). Prediction of Reduction Recovery of Iron and Vanadium Oxides in Low-Grade Vtm Based on Rsm Model. SSRN Electronic Journal.DOI