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Copyright@Beijing University of Chemical Technology Address: 15 Beisanhuan East Road, Chaoyang District, Beijing, China Zip code：100029 Email：news@buct.edu.cn |
IntroductionLi Haoyi, male, Han nationality, born in June 1987 in Lanzhou, Gansu Province, members of the Communist Party of China, associate professor of beijing university of chemical technology Institute of Mechanical and Electrical Engineering, deputy director of the Department of Mechanical Engineering, member of the Young Editorial Board of Textile Journal, member of China Textile Engineering Society and China Micron and Nanotechnology Society, and expert member of China Plastics Processing Association. In recent years, he has presided over and participated in 20 national natural science foundations, national key R&D plans and key projects of Sinopec, authorized more than 100 invention patents, published more than 150 papers in Chinese and English, and published the monograph Electrospinning of Nanofibers. His achievements won the second prize of national technological invention in 2023, the first prize of technological invention of China National Light Industry Federation in 2018 and the second prize of scientific and technological progress of China Textile Industry Federation in 2022. Focusing on the advanced manufacturing field of polymer micro/nano-fibers, the preparation principle, method and equipment of polymer melt differential electrospinning nano-fibers were put forward and developed, and their industrial application was realized, forming the key technology and industrial characteristics of green and efficient manufacturing of polymer melt differential electrospinning nano-fibers. The research results have been applied in important fields facing people's lives and health, such as haze prevention and epidemic prevention, underground protection, biomedicine and so on. When the epidemic broke out in Covid-19, the developed biodegradable nanofiber high-efficiency filter mask provided important health protection for frontline anti-epidemic personnel such as hospitals, sanitation and security guards. In 2020, the team won the beijing university of chemical technology President Award (Science and Technology Anti-epidemic Team). Recently, it has opened up a new cross direction of transdermal drug delivery of polymer melt electrospun drug-loaded fibers, and realized the licensing of many patented technologies. Educational History
Work Experience
Social PositionCurrently an expert of the Expert Committee of the China Plastics Association Member of the Society of Plastic Engineers (SPE) Member of the Chinese Micron and Nano Society Member of Beijing Energy and Environment Society Youth editorial board member of Journal of Textile Science EducationWork ExperienceSocial PositionSocial ActivitiesResearchPolymer melt electrospinning process and equipment Micro nano filtration materials and devices Centrifugal spinning technology and equipment 3D printing tissue engineering scaffold preparation technology Preparation technology of transdermal drug delivery sustained-release patch TeachingFundamentals of Creo 3D Design Software Application Engineering Graphics Engineering drawing PostgraduatesFundingGovernment Sponsored Research1. Research on basic problems of some key materials in vaccine industry chain, supported by the National Natural Science Foundation of China, with the project duration from January 1, 2023 to December 31, 2026. 2. Demonstration of green epidemic prevention materials with high safety and active protection and industrial application, national key research and development plan, project time: November 22, 2022 to October 31, 2025. 3. Key technologies and industrialization of reusable protective masks, national key research and development plan, project time: February 1, 2020 to June 30, 2020. 4. BHJG2020038, Other research projects, project time: August 30th, 2019 to December 1st, 2021. 5. The electrospinning method and mechanism of polymer melt secondary segmentation, supported by the National Natural Science Foundation of China, with the project duration from January 1, 2017 to December 31, 2019. 6. Study on the mechanism of electric field force and jet formation in melt electrospinning, supported by the National Natural Science Foundation of China, with the project duration from January 1, 2017 to December 31, 2019. 7. Preparation technology of melt differential electrospinning nanofiber, a national key research and development plan, with the project time from July 1, 2016 to June 30, 2020. Collaborative Project1. The development of airflow shear differential pulverization technology of high density polyethylene is not based on the research results of the project. The project time is from May 1, 2024 to April 30, 2025. 2. The processing of cell culture consumables based on the definition of curved surface is not supported by the research results of the project. The project time is from April 23rd, 2024 to December 31st, 2025. 3. The research and development of coal mine underground protective mask based on melt electrostatic spinning filter membrane is not based on the research results of the project, and the project time is from October 10, 2023 to October 10, 2025. 4. The processing license of a melt electrostatic spinning device does not depend on the research results of the project. The project time is from September 1, 2023 to August 31, 2026. 5. Basic research of special medical breathable film materials, other research projects, project time: January 1, 2023 to December 31, 2024. 6. Design and evaluation of progesterone nanofiber transdermal patch, a scientific and technological project of provinces, municipalities and autonomous regions, with the project duration from January 1, 2023 to December 31, 2025. 7. The patent license of an airflow-assisted external conical electrospinning nozzle is not based on the research results of the project, and the project time is from October 10, 2022 to October 10, 2025. 8. Research and development contract of polymer differential electrostatic spraying high-strength medical breathable film, which is a scientific and technological project entrusted by enterprises and institutions. The project time is from July 30, 2022 to December 31, 2023. 9. Development and industrialization of polymer melt differential electrostatic spinning fiber high-efficiency transdermal drug preparation, national key research and development plan, project time: March 28, 2022 to March 27, 2032. 10. Development and application of melt differential electrospinning degradable nanofiber membrane, which is a scientific and technological project entrusted by enterprises and institutions. The project time is from January 1, 2022 to December 31, 2024. 11. Study on preparation technology of melt differential electrospinning TPU waterproof and moisture permeable film, other research projects, project time: June 1, 2021 to June 1, 2022. Vertical ProjectHorizontal ProjectPublicationsPapers: 1. Yuhang Wang，Jing Tan，Jinlong Xu，Jing Yan，Mahmoud M Bubakir，Jingjing Liu，Xiaohui Wang，Weimin Kang，Dongming Ma，Haoyi Li，Weimin Yang Green and highly efficient preparation of micro-nanofiber yarns via vortex airflow-assisted melt differential electrospinning[J]，Composites Part A: Applied Science and Manufacturing, 2024 2. Yuhang Wang，Jing Tan，Jinlong Xu，Haoyi Li，Weimin Yang The preparation of polypropylene microfiber yarns via vortex airflow‐assisted melt differential electrospinning [J]，Journal of Applied Polymer Science, 2024 3. Yuhang Wang，Hongyan Fu，Jing Tan，Mahmoud M. Bubakir，Xiaodong Xu，Haoyi Li，Weimin Yang Green and safe preparation of antibacterial sutures composed of PLA ultrafine fibers [J]，Polymer Engineering and Science, 2024 4. Xi Ding，Yuhang Wang，Yiming Wang，Xudong Li，Mahmoud M. Bubakir，Jixing Gao，Feifei Li，Ning Pang，Weimin Yang，Rongsheng Zhao，Haoyi Li The preparation of melt electrospun fiber containing tandospirone for drug sustained release [J]，Polymer Engineering and Science, 2024 5. 谭晶，郑娆，李好义，石鑫，安瑛 嵌入“图以致用”理念的工程制图教学改革[J]，化工高等教育，2024 6. 郭佩文，薛爽，杨涵舒，郭文婷，郑晓保，梁鑫，李好义，杨卫民，王平，康晶，郄龙飞，王瑞雪 纳米银负载的聚丙烯纤维膜制备及其对化生污染物防护性能研究[J]，防化研究，2024 7. 刘文龙,李好义,何东洋,李长金，张杨，马秀清，李满意，杨卫民 低密度聚乙烯熔喷工艺及其非织造布性能[J]，纺织学报,2024 8. 王宇航,杨卫民,李好义,谭晶 熔体静电纺丝纤维细化技术研究进展[J]，高分子材料科学与工程,2024 9. 谭晶，付宏岩，杜长彪，兰天杰，李好义，杨卫民 熔体微分电纺PLA/PAAS纳米纤维空气滤膜的制备及高湿环境下的过滤性能[J]，中国塑料，2024 10.刘文龙，马秀清，李长金，何东洋，高觊兴，张杨，李满意，杨卫民，李好义 LDPE/PEW熔喷超细纤维及其非织造布性能[J]，化工进展，2024 11.何红，于洪杰，李好义，王建 12.面向工程创新人才培养的研究生课程数字化教学改革——以高聚物加工流变学课程为例[J]，化工高等教育，2024 13.谭晶，付宏岩，王宇航，王智，李好义，徐锦龙 可吸收载药手术缝合线制备技术研究进展[J]，合成纤维，2024 14.高觊兴，丁玉梅，张超，谭晶，丁熙，李好义，杨卫民 熔体微分电纺PLA/PCL微纳米纤维膜的制备及其性能[J]，化工进展，2024 15.万凯，杨卫民，丁奇胜，殷荣政，李好义，谭晶 激光辐照碳纤维石墨化均匀性及力学性能分析[J]，化工进展，2024 16.谭晶，王智，王朔，付宏岩，李长金，李好义，杨卫民，张杨 树枝状聚合物对聚乳酸熔体微分电纺纤维膜的增韧改性研究[J]，中国塑料，2024 17.李好义,贾紫初,刘宇亮,谭晶,丁玉梅,杨卫民,牟文英 18.孔祥号,李好义,杨卫民,Li, Sisi,Yang, Dezheng,Ning, Wenjun,王瑞雪 19.何雪涛,张毅,莫振宇,李长金,王朔,杨卫民,李好义 20.张莉彦,侯钦正,徐锦龙,王智,谭晶,杨卫民,李好义 21.张莉彦,侯钦正,李好义,刘宇亮,杨卫民,xuhao,li xibiao 22.张翔,伍先安,李长金,杜长彪,李好义,焦志伟,杨卫民,张杨 23.张毅,Mu, Wenying,Zhang, Yanping,何雪涛,Wang, Yiming,Ma, Hongyu,朱天阳,李骜原,侯钦正,杨卫民,丁玉梅,Ramakrishna, Seeram,李好义 24.孔祥号,薛爽,李好义,杨卫民,Martynovich, E.F.,Ning, Wenjun,王瑞雪 25.周惠林,李好义,杨卫民 26.陈明军,李好义,杨卫民 27.戴雄飞,张莉彦,陈晓青,杨卫民,李好义,王军 28.安瑛,刘宇亮,谭晶,杨卫民,阎华,李好义 29.张超,Chen, Mingjun,李好义,杨卫民,谭晶 30.安瑛,刘宇亮,李好义 31.张莉彦,莫振宇,李相男,李好义,王静东,潘玉龙,杨卫民 32.Wang Yuanjie,Pei Xueliang,李好义,Xu Xin,He Liu,Huang Zhengren,Huang Qing 33.Ali, Imdad,Laitf, Abdul,Hussain, Khalid,Shehzad, Farooq Khurum,Ali, Ahmed,Faisal, Rehman,李旭东,Dias, Otavio Augusto Titton,杨卫民,李好义 34.王瑞雪,叶巴丁,孔祥号,夏章川,张子鹏,李好义,谢鹏程 35.李好义,张子鹏,谢超,杨卫民,丁玉梅,王瑞雪 36.李习标,关昌峰,阎华,李好义,石美浓,杨卫民,左夏华 37.李相男,李好义,Wang, Yue,Kang, Ning,陈明军,陈晓青,张有忱,阎华,谭晶,杨卫民 38.陈晓青,张有忱,Liang, Jiahao,李好义,陈明军,程礼盛,何雪涛,杨卫民 39.Ali, Imdad,Ali, Ahsan,Ali, Ahmed,Ramzan, Muhammad,Hussain, Khalid,李旭东,詹瑾,Titton Dias, Otavio Augusto,杨卫民,李好义,张莉彦,Sain, Mohini 40.张子鹏,杨卫民,王晓辉,陈琪琪,RADAR,李好义 毛细管熔体静电纺丝法制备热塑性聚氨酯纤维[期刊论文]，塑料，2021 41.安瑛,王军,李好义,陈明军,戴雄飞,杨卫民,阎华 中空电极板对狭缝式聚合物熔体微分电纺的影响[期刊论文]，工程塑料应用，2021 42.马昊鹏,Zhang, Yixuan,焦志伟,杨卫民,何雪涛,Xie, Guanghui,李好义 Comprehensive Assessment of the Environmental Impact of Fused Filament Fabrication Products Produced Under Various Performance Requirements[期刊论文]，Journal of The Institution of Engineers (India): Series C，2021 43.詹瑾,马晶晶,高达利,李好义,杨卫民口罩聚丙烯熔喷纤维与聚丙烯熔喷原料的塑化及结晶行为对比研究[期刊论文]，中国塑料，2021 44.余韶阳,李碧波,王靖,王兰,赵通来,杨卫民,李好义 45.李好义,陈琪琪,刘宇健,李相男,陈晓青,Yang, Tao,杨卫民 46.李好义,许浩,陈明军,Yang, Tao,陈晓青,阎华,杨卫民 47.Qiqi Chen,Yujian Liu,Hangjun Deng,Tingting Lyu,谭晶,杨卫民,李好义,Seeram Ramakrishna 48.Chen, Xiaoqing,Ali, Imdad,Song, Lijian,Song, Peng,张有忱,Maria, Semeniuk,Nazmus, Saadat,杨卫民,Dhakal, Hom Nath,李好义,Sain, Mohini,Ramakrishna, Seeram 49.Ma, Haopeng,Gao, Qiyao,王修磊,李好义,杨卫民,焦志伟 50.周惠林,杨卫民,李好义 51.Chen, Mingjun,张有忱,Chen, Xiaoqing,杨卫民,李好义,Yousefzadeh, Maryam,Ramakrishna, Seeram 52.Li, Xibiao,关昌峰,Gao, Xiaodong,Zuo, Xiahua,杨卫民,阎华,石美浓,李好义,Sain, Mohini 53.姚子琪,张有忱,李好义,焦志伟,雷文龙 54.马昊鹏,邓暄,李好义,焦志伟,杨卫民 55.谢超,邢健,丁玉梅,王循,杨卫民,李好义 熔体微分电纺回收PP无纺布纳米纤维膜制备及吸油性能，材料工程，2020 56.谢超,邢健,陈明军,杨卫民,李好义 静电纺丝纳米纤维膜分离油水乳液的研究进展，化工新型材料，2020 57.王晓辉,丁玉梅,王军,陈明军,杨卫民,李好义 热气流辅助熔体微分电纺聚乳酸纤维制备，高分子材料科学与工程，2020 58.Du, Lin,张有忱,Li, Xiangnan,王军,Chen, Mingjun,Zuo, Xiahua,杨卫民,Yousefzadeh, Maryam,Ramakrishana, Seeram,李好义 High performance anti-smog window screens via electrospun nanofibers，JOURNAL OF APPLIED POLYMER SCIENCE，2020 59.王紫行,伍先安,陈明军,杜琳,李好义,杨卫民 聚合物熔体静电纺纳米纤维技术研究进展[期刊论文]，化工新型材料，2020 60.Ali, Imdad,杨卫民,Li, Xudong,Ali, Ahsan,焦志伟,谢鹏程,Dias, Otavio Augusto Titton,Pervaiz, Muhammad,李好义,Sain, Mohini Highly electro-responsive plasticized PVC/FMWCNTs soft composites: A novel flex actuator with functional characteristics，EUROPEAN POLYMER JOURNAL，2020 61.Liu, Yujian,谭晶,Chen, Mingjun,Yu, Shaoyang,李好义,杨卫民 Research progress of electrospun nanofiber yarns，Fangzhi Xuebao/Journal of Textile Research，2020 62.王紫行,伍先安,李好义,王晓辉,谢超,陈明军,杨卫民 直线式双组分熔体微分电纺“月牙状”聚丙烯纤维制备，北京化工大学学报(自然科学版)，2020 63.Liu, Yu-Jian,谭晶,Yu, Shao-Yang,Yousefzadeh, Maryann,Lyu, Ting-ting,焦志伟,李好义,Ramakrishna, Seeram High-efficiency preparation of polypropylene nanofiber by melt differential centrifugal electrospinning，JOURNAL OF APPLIED POLYMER SCIENCE，2020 64.Ding, Qin,Guan, Changfeng,李好义,石美浓,杨卫民,阎华,Zuo, Xiahua,安瑛,Ramakrishna, Seeram,Mohankumar, Palanisamy,张锋华 Solar-driven interfacial evaporation based on double-layer polylactic acid fibrous membranes loading Chinese ink nanoparticles，SOLAR ENERGY，2020 65.Wang, Yuanjie,Pei, Xueliang,李好义,Xu, Xin,He, Liu,Huang, Zhengren,Huang, Qing Preparation of SiC ceramic fiber from a photosensitive polycarbosilane，Ceramics International，2020 66.Lü, Tingting,安瑛,李好义,Liu, Yujian,焦志伟 67.杜琳,李好义,王紫行,王循,杨卫民,张有忱 68.吕婷婷,安瑛,刘宇健,李好义,谭晶,杨卫民 69.曹如楼,杨卫民,王循,李好义,左夏华,陈明军 70.Ali, Imdad,Li Xudong,Chen Xiaoqing,焦志伟,Pervaiz, Mohammad,杨卫民,李好义,Sain, Mohini 71.王晓辉,丁玉梅,郎增科,雷达,李好义,焦志伟 72.Yao, Ziqi,马东明,Lei, Wenlong,焦志伟,李好义,Xu, Xiaodong,张有忱 73.Chen, Hongbo,Wang, Chuansheng,Ali, Imdad,李好义,Chen, Xiaoqing,杨卫民,Han, Wenwen,Liu, Haichao,Jiao, Dongmei,Yin, Fengfu 74.Wang, Xun,丁玉梅,Yu, Shao-Yang,Du, Lin,杨卫民,李好义,Chen, Ming-Jun 75.Lei, Wenlong,张莉彦,Li, Yi,杨卫民,李好义,Chen, Mingjun 76.高晓东,李好义,陈明军,Wang Dexi Software Works
Patents1. A natural degradable nanofiber environmental protection mask, ZL 2020 2 0783229.8. 2. Chain hot-pressing molding device for ultra-high molecular weight polyethylene filter element, CN216423205U. 3. A device for preparing bicomponent fibers based on melt differential centrifugal spinning, CN216107346U. 4. A melt differential electrospinning device for continuous direct plasticization of film, CN208829797U. 5. An airflow-assisted melt differential electrostatic spinning device with inverted nozzle, CN115216851A. 6. A transdermal patch for melt electrospinning and its production process, CN114939114B. 7. A water collecting device imitating plant roots, CN110984290B. 8. A linear melt electrospinning device and method with uniform web formation, CN108517572A. 9. A handheld melt electrospinning preparation device and its use method, CN108251897A. 10. An efficient device and method for preparing graded laser carbonizer, CN107761193A. 11. A device for electrospinning direct writing that can eliminate electrostatic influence, CN107541798A. Awards1. Green and efficient manufacturing technology and application of polymer melt nanofibers, 2024-06-01 00:00:00, national science and technology award, second prize. 2. Development and application of key technologies for green manufacturing of polymer melt differential electrospun nanofibers, 2019-02-18 00:00:00, social science and technology award, first prize. 3. Key technology and product application of high-performance nanofiber membrane for protection, 2022-12-01 00:00:00, social science and technology award, second prize. 4. R&D and application of key technologies for green manufacturing of polymer melt differential electrospun nanofibers, 2018-11-18 00:00:00, provincial and ministerial science and technology award, third prize. 5. Device and process for mass production of nanofibers by melt electrostatic spinning, social science and technology award, merit award. PatentHonor RewardAdmissions Information |