个人简介

2007年获中南大学矿物加工工程学士学位，2010年获中南大学冶金工程硕士学位，2014年获中南大学和澳大利亚联邦科学院（CSIRO）联合培养冶金工程博士学位。2014年以“青年英才”形式进入安徽工业大学工作。目前主持国家自然科学基金、中国博士后基金、安徽省自然科学基金、安徽省高校自然科学研究重点项目及校企产学研合作项目10余项。目前在Metallurgical andMaterials Transactions B、ISIJ、JOM、Process Safety andEnvironmental Protection、Ironmaking&Steelmaking、Canadian Metallurgical Quarterly、Metallurgical Research& Technology、Mineral Processing and Extractive Metallurgy Review、International Journal ofMineral Processing、Separation Science and Technology等国际一流期刊发表SCI论文30余篇，以第一发明人申请发明专利30余项，授权发明专利10项；荣获第四届“全国高校冶金院长奖”，2019年广西科技进步二等奖。

研究领域

（1）复杂铁矿综合利用；（2）烧结球团理论与新工艺；（3）工业烟气污染物减排；（4）冶金固废综合利用

近期论文

（40）Lixin QIAN, Tiejun CHUN*, HongmingLONG*,Qingmin MENG. A Novel Detection of Assimilation Characteristic of IronOres: Dynamic Resistance Measurements, International Journal of Minerals,Metallurgy and Materials, 2020, 27(1):18-25.（39）穆固天，春铁军*，朱梦飞，王臻，龙红明. 铁矿烧结过程微细颗粒物排放行为. 钢铁，2019, 54(7):17-24.（38）朱梦飞，李东升，谢运强，甘牧原，春铁军*. 燃料特性对铁矿烧结过程NO排放行为的影响，烧结球团，2019,44（2）：58-62.（37）Tiejun CHUN, Gutian Mu, Qingmin MENG*,Hongming LONG*, Ping WANG , Chuanguang BI. Preparation of MgO added iron orepellets and effects on a pilot scale blast furnace operation. Journal ofMining Metallurgy Section B-Metallurgy, 2019, 55(2)B:167-175.（36）王臻，春铁军*，李东升，宁超，穆固天，朱梦飞，龙红明. 高磷铁矿含碳团块直接还原动力学，过程工程学报，2018, 18（3）: 530-536 .（35）李东升，春铁军*，王臻，宁超，穆固天，朱梦飞，龙红明. 高磷铁矿含碳团块直接还原-磁选提铁，过程工程学报，2018, 18（2）: 375-381 .（34）LixinQIAN, Tiejun CHUN*, Hongming LONG*, Jiaxin LI, Zhanxia DI, QingminMENG, Ping WANG. Emission reduction research and development of PCDD/Fs in theiron ore sintering. Process Safety and Environmental Protection, 2018,117:82-91.（33）Tiejun CHUN, Gutian MU, Zhanxia DI*, Hongming LONG*, Chao Ning,Dongsheng LI. Recoveryof iron from copper slag by carbothermic reduction and magnetic separation inthe presence of CaO. Archives of Metallurgy and Materials, 2018, 63(1):299-305.（32）Tiejun CHUN, Hongming Long*, ZhanxiaDI, Qingmin MENG, Ping WANG. Preparation of direct reduction sponge iron(DRI)using pyrite cinder containing nonferrous metals. High Temperature MaterialsProcessing, 2017, 36(10):971-978.（31）Hongming LONG, TiejunCHUN*, Zhanxia DI*, Qingmin MENG, Ping WANG. Effects of Mill Scales onthe Combustion Characteristics of pulverized coals Metallurgical Research &Technology,2017, 114, 514-518.（30）Tiejun CHUN, Dongsheng LI, Zhanxia DI *, Hongming LONG*, LeiTANG, Feng LI, Yafei LI. Recovery of iron from red mud by High temperaturereduction of carbon-bearing briquettes. The Journal of The Southern AfricanInstitute of Mining and Metallurgy, 2017, 117:361-364.（29）Tiejun CHUN, Hongming Long*, Zhanxi DI, Xiangyang ZHANG, XuejianWU, Lixin QIAN. Novel technology of reducing SO2 emission in theiron ore sintering. Process Safety and Environmental Protection, 2017,105:297-302.（28） Zhanxia DI, Tiejun CHUN*, HongmingLONG*,Qingmin MENG, Ping WANG, Jialong YANG. Study on the effects of catalyston combustion characteristics of pulverized coal. Metallurgical Research& Technology, 2017, 114:104-115.（27）Tiejun CHUN, Hongming LONG*, ZhanxiaDI*, Ping WANG, Qingmin MENG. Influence of microwave heating on the microstructuresof iron ore pellets with coal during reduction. Ironmaking&Steelmaking,2017, 44(7):486-491.（26） Hong-ming LONG, Xue-jian WU, Tie-jun CHUN*,Jia-xin LI, Ping WANG, Qing-min MENG, Zhan-xia DI, Xiang-yang ZHANG, Mechanismon Selective Desulphurization in Iron Ores Sintering Process with Adding Urea. HighTemperature Materials Processing, 2017, 36(2):183-188..（25）Hongming LONG, Xuejian WU, TiejunCHUN*, Zhanxia DI, Ping WANG, Qingmin MENG, A pilot-scale study ofselective desulphurization during the iron ore sintering with adding urea. International Journal ofMinerals, Metallurgy and Materials,2016,23(11):1239-1243.（24） Hongming LONG, Xuejian WU,Tiejun CHUN*,Zhanxia DI, Bin YU. Assimilation Behavior of Calcium Ferrite and CalciumDiferrite with Sintered Al2O3 and MgO. Metallurgicaland Materials Transaction B, 2016, 47(5):2830-2836..（23）Hongming LONG, QingminMENG, Tiejun CHUN*, Ping WANG, Jiaxin Li. Preparation of metalliciron powder from copper slag by carbothermic reduction and magnetic separation,Canadian Metallurgical Quarterly, 2016, 55(3):338-344.（22）Tiejun CHUN, Chao NING, Hongming LONG*, JiaxinLI, Jialong YANG, MineralogicalCharacterization of Copper Slag from Tongling Nonferrous Metals Group China, JOM,2016, 68(9):2323-2340.（21）Tiejun CHUN, Deqing ZHU. OxidizingRoasting Performances of Coke Fines Bearing Brazilian Specularite Pellets.HighTemperature Materials and Processes, 2016, 35(6):615-620.（20） Hongming LONG,Tiejun CHUN*, Ping WANG,Qingmin MENG, Zhanxia DI, JiaxinLI, Grinding Kinetics of vanadium-titanium magnetiteconcentrate in a damp mill and its properties, Metallurgical andMaterials Transaction B, 2016, 47(3), 1765-1772.（19）春铁军，吴雪健，宁超，龙红明. 菱铁矿磁化焙烧与磁选分离制备铁精矿. 过程工程学报，2016,16(2):233-237.（18） Hongming Long, Tiejun Chun*, Zhanxia Di, PingWang, Qingmin Meng, Jiaxin Li, Preparation of Metallic Iron Powder from PyriteCinder byCarbothermic Reduction and Magnetic Separation. Metals, 2016,6(4):88-96.（17） Hongming Long, Xiaolong Chen, Tiejun Chun*,Qingmin Meng, Ping Wang. Sulfur Balance Calculation of New DesulfurizationTechnology in the Iron Ore Sintering Process, Metallurgical Research &Technology, 2016, 107:113-118.（16）Hongming LONG, Qingmin MENG, PingWANG, Tiejun CHUN*, Yonglin YAO. Preparation of Chromium-ironMetal Powder from Chromium Slag by Reduction Roasting and Magnetic Separation, Journalof Iron and Steel Research International, 2015, 22(9): 771-776.（15）Tiejun CHUN,Hongming LONG*, Jiaxin LI. Alumina-Iron Separation of High AluminaIron Ore by Carbothermic Reduction and Magnetic Separation. SeparationScience and Technology, 2015, 50(5):760-766.（14）Tiejun CHUN, Deqing ZHU. New Processof Pellets-Metallized Sintering Process (PMSP) to Treat Zinc-Bearing Dust fromIron and Steel Company. Metallurgical and Materials Transactions B, 2015,46(1): 1-4.（13）TiejunCHUN,Deqing ZHU, Jian PAN. Simultaneously Roasting and Magnetic Separation to TreatLow Grade Siderite and Hematite Ores. Mineral Processing and ExtractiveMetallurgy Review, 2015, 36(4):223-226.（12）Tiejun CHUN, Deqing ZHU, Jian PAN, ZhenHe. Recovery of Alumina from Magnetic Separation Tailings of Red Mud by Na2CO3Solution Leaching. Metallurgical and Materials Transactions B, 2014,45(3): 827-832.（11）Tiejun CHUN, Deqing ZHU, Jian PAN,Zhen He. Preparation of Metallic Iron Powder from Red Mud by Sodium SaltRoasting and Magnetic Separation. Canadian Metallurgical Quarterly,2014, 53(2):183-189.（10）朱德庆，肖永忠，春铁军*，潘建*. 低品位赤铁矿直接还原过程中铁晶粒长大行为. 中国有色金属学报，2013, 23(11): 3242-3247.（9）Deqing ZHU, Tiejun CHUN*,Jian PAN, Jinliang ZHANG. Influence of Basicity and MgO Content onMetallurgical Performances of Brazilian Specularite Pellets. InternationalJournal of Mineral Processing, 2013, 125:51-60.（8） Deqing ZHU, Zhiyong RUAN, Tiejun CHUN*, JianPAN. Utilization of High Sulfur Raw Materials in Iron Ore pellets. Journalof Iron and Steel Research International, 2013, 20(10): 32-38.（7）Deqing ZHU, TiejunCHUN*, Jian PAN, Zhengqi GUO. Preparation of Oxidised Pellets UsingPyrite Cinders as Raw Material. Ironmaking & Steelmaking, 2013,40(6): 430-435.（6）Deqing ZHU, TiejunCHUN*, Jian PAN, Liming LU, Zhen HE. Upgrading and Dephosphorization ofWestern Australian Iron Ore Using Reduction Roasting by Adding SodiumCarbonate. International Journal of Minerals, Metallurgy and Materials,2013, 20(6): 505-513.（5） Deqing ZHU, Tiejun CHUN*, Jian PAN, Zhen HE.Recovery of Iron from High-Iron Red Mud by Reduction Roasting with AddingSodium Salt. Journal of Iron and Steel Research, International, 2012,19(8): 1-5.（4）Tiejun CHUN,Deqing ZHU, Jian PAN.Influence of Sulfur Content in Raw Materials on Oxidized Pellets. Journal ofCentral South University of Technology, 2011, 18(6): 1924-1929.（3）朱德庆，春铁军*，潘建. 低品位赤铁矿球团成核剂强化还原机理研究.北京科技大学学报，2011,33(11):1325-1330.（2）ZhuDeqing, MendesVinicius, ChunTiejun*, PanJian, LiQihou, LiJian, QiuGuanzhou. Direct reduction behaviors ofcomposite binder magnetite pellets in coal-based grate-rotary kiln process. ISIJ International, 2011, 51(2): 214-219.（1）朱德庆，春铁军*，潘建, 危雪梅. 某高磷铁矿提铁降磷研究. 中南大学学报(自然科学版)，2011,42(3):568-573.授权的发明专利：（10）春铁军、王欢、音正元、王松、许伟、薛凡、宁超、龙红明、王平、孟庆民、狄瞻霞、余正伟、魏汝飞、穆固天、王臻，一种铁矿烧结过程烟气PM10/2.5的选择性减排系统及方法，专利号：ZL2016110779764，授权公告日：2019年4月17日（9）春铁军、王欢、音正元、王松、许伟、薛凡、宁超、龙红明、王平、孟庆民、狄瞻霞、余正伟、魏汝飞、穆固天、王臻，一种烧结烟气微细颗粒的团聚捕集及减排方法，专利号：ZL2016110780615，授权公告日：2019年1月11日（8）春铁军，音正元，龙红明，王欢，狄瞻霞，王平，孟庆民，余正伟，魏汝飞，薛凡，穆固天，许伟，王松，一种基于脉冲放电脱除烧结烟气微细颗粒物的减排系统，专利号：ZL2016112609772，授权公告日：2018年7月20日（7）春铁军、王欢、音正元、许伟、薛凡、王松、宁超、龙红明、王平、孟庆民、狄瞻霞、余正伟、魏汝飞、王臻、李东升、穆固天，一种烧结烟气微细颗粒物折转捕集单元及团聚捕集装置，专利号：ZL2016110779779，授权公告日：2018年12月14日（6）春铁军，音正元，王欢，龙红明，狄瞻霞，王平，孟庆民，余正伟，魏汝飞，李东升，薛凡，王松，许伟，一种基于脉冲放电脱除烧结烟气微细颗粒物的方法，专利号：ZL201611258693X，授权公告日：2018年8月28日（5）春铁军，吴雪健，钱立新，龙红明，宁超，李家新，狄瞻霞，王平，孟庆民. 一种团聚法抑制烧结过程微细颗粒物排放的方法，专利号：ZL201610288689.1，授权公告日：2018年12月4日（4）春铁军，吴雪健，狄瞻霞，龙红明，李家新，王平，孟庆民，宁超，钱立新，李东升，一种铁矿烧结造块烟气微细颗粒物减排复合团聚剂，专利号：ZL201610288690.4，授权公告日：2018年12月4日 （3）春铁军，吴雪健，龙红明，王欢，狄瞻霞，王平，孟庆民，李家新，宁超，钱立新，一种铁矿烧结烟气PM10和PM2.5的减排方法，专利号：ZL201610288719.9，授权公告日：2018年5月25日 （2）春铁军，吴雪健，龙红明，宁超，钱立新，李东升，狄瞻霞，李家新，王平，孟庆民. 一种抑制铁矿烧结烟气微细颗粒物减排的团聚剂的制备方法，专利号：ZL201610288686.8，授权公告日：2018年1月30日 （1）春铁军，吴雪健，龙红明，李家新，狄瞻霞，王平，孟庆民，宁超，钱立新，王欢，一种铁矿烧结过程微细颗粒物的减排系统，专利号：ZL201610288709.5，授权公告日：2018年2月2日