论文著作：
[1]“Influence of magnetic fields on negative corona discharge currents”, Journal of Electrostatics, 2008, 66: 457–462 SCI检索
[2]“Comparative investigations on magnetically enhanced negative- and positive-corona discharges”, International Journal of Modern Physics B,2009,23(26): 5131-514 SCI检索
[3]“Study on both Discharge and Charging of the Earthed Atomizing Corona Discharge and the Influence of Magnetic Fields on Them” Current Applied Physics, 2012, 12:1005-1010 SCI检索
[4]“Study of Grounded Pole Atomized Corona Discharge Coupled with Screen Dust Collection Pole Laminated Dust Collector”2023, Journal of Chemical Engineering of Japan, 56:1, 2197461. SCI检索
[5]“Study on atomization of grounding electrodes under the influence of magnetic felid for dedusting and desulfurization of negative corona discharge”.2023, Journal of Electrostatics, Volume 127,January 2024, 103868. SCI检索
[6]“Study on the application of atomized corona discharge combined with screen electrode in dust collection”.2023, Journal of Electrostatics, Volume 130, August 2024, 103953. SCI检索
[7]“Study on the treatment of oil production wastewater by corona discharge coupling Fenton reagent”.2023, Desalination and Water Treatment, Volume 320, October 2024, 100598. SCI检索
[8]“Degrade VOCs from spray exhaust gas by grounding electrode atomized dielectric barrier discharge coupled with Fenton reagent”, Journal of Electrostatics,136(2025), 104121 SCI检索
[9]“Study of Fenton coupled grounding electrode uniform atomization dielectric barrier discharge device for oil recovery wastewater treatment”.DESALIN WATER TREAT,324(2025),101505. SCI检索
[10]低温等离子体协同催化处理VOCs的研究进展”.环境工程,2022,40(08):213-219 CSCD核心库
科研项目：
[1]主持向课题“辽阳石化清洁生产审核” 2013 项目款47.5万
[2]主持省科协项目“学会科技能力评价与建设研究” 2015
[3]主持课题“一种自清洁油烟净化器设备的研发” 2019 项目款：5万
[4]主持课题“一种实现活性炭协同接地极电晕放电均匀雾化的脱硫装置” 2023 项目款：35万
[5]主持教育部产学合作协同育人项目“'新工科'建设背景下能源工程专业应用型人才培养质量提升工程” 2023
[6]主持课题“纳米流体换热设备及控制系统的研发” 2023 项目款：20万
[7]主持课题“接地极雾化芬顿试剂电晕放电VOCs处理设备研发” 2023 项目款：20万
[8]主持课题“锅炉水系统硬度预测模型及平台开发” 2023 项目款：100万
[9]主持课题“锅炉炉水水质磷酸根浓度监测及反控系统的研究” 2023项目款：20万
[10]主持课题“易燃易爆粉尘环境除尘系统研究” 2023项目款：20万
米俊锋
辽宁省
研究领域：
石油化工
研究方向：
1.石油石化行业污染治理
2.应用等离子体
3.在线监测仪器及工业水质监测平台开发
所在单位：
辽宁石油化工大学
