李永亮,男,1973年生,中共党员,教授/博士,博士生导师,美国中佛罗里达大学访问学者,中国光学工程学会会员,国家自然科学基金委网评专家,教育部学位中心网评专家,《激光杂志》编委。长期从事激光技术及应用、光电子技术与仪器等方面的研究和应用开发工作,主持和参与完成国家自然科学基金项目3项、省级重点项目8项,企业合作项目15项。获国家发明专利6项,发表论文137篇,其中被SCI和EI收录82篇。获工信部科技进步一等奖1项、吉林省科技进步二等奖2项。
激光器技术及非线性光学、医用激光技术、光电子技术与仪器等
光学工程 博士生导师
主讲《激光原理及应用》、《仪器制造工艺学》等课程。
[1] 国家自然科学基金面上项目:自动锁相达曼光栅腔直接产生多路相干光的机理研究,2021-01-01到2024-12-31;
[2] 国家自然科学基金面上项目:腔内级联泵浦和频激光器技术研究,2017-01-01到2020-12-31;
[3] 吉林省科技发展计划项目:基于水光动能和微爆破效应的激光清洁技术研究,2020-01-01至2022-12-31;
[4] 吉林省科技发展计划项目:高能皮秒激光治疗仪开发与产业化,2019-01-01至2021-12-31;
[5] 吉林省科技发展计划项目:2.8μm/1.6μm双波段输出光纤激光器研究,2016-01-01到2018-12-31。
近5年代表性论文如下:
[1]Han Zhang, Yong liang Li*, Qi tong Wu. 2.79μm LGS electro-optical Q-switched Er, Cr: YSGG laser, OPTICS COMMUNACATION, 2022V503-127448.
[2]Chong Chen, Yong-Liang Li*, and Lidong Huang, An entropy minimization histogram mergence scheme and its application in image compression, Signal Processing: Image Communication, 2021V99-116422.
[3]Chi Wang, Yongliang Li*, Yashuai Yang, Zhiwen Chen, Yingming Zhang. The influence of phase difference on the effect of multi-beam interference processing. Optik. 2021V(233)166604.
[4]Han Zhang, Yong liang Li*, Qi tong Wu. Mid-infrared 2.8 m band laser output and pulse modulation. Optik. 2021V(242)166916.
[5]Xiaoting Sun, Yongliang Li*, Yashuai Yang. RESEARCH ON FEMTOSECOND-LASER PULSE-WIDTH MEASUREMENT BASED ON LabVIEW. Journal of Russian Laser Research. 2021V42(2)-226-231.
[6]Xiaoting Sun, Yongliang Li*, Yingming Zhang, Chenwen Hu, and Zhiwen Chen. STUDY ON THE LASER BEAM POLARIZATION BASED ON LabVIEW. Journal of Russian Laser Research. 2021V42(2)-232-236.
[7]Xiaokun Gu, Yongliang Li*, Chao yang, Yu Lei, Yingming Zhang, Yipeng Zhang, Hongxin Liu and Weiwei Hu. Mid-infrared Er3 +ZBLAN fiber laser. Optoelectronics Letters, 2020V16(3):176-180.
[8]Zhang Yingming, Li Yongliang*, Xiaokun Gu, Hongxin Liu , Yipeng Zhang and Weiwei Hu. Research on Measurement of Laser Beam M2 Factor Based on LabVIEW. OPTIK, 2020V203:163759.
[9]Zhiwen Chen, Yong-liang Li*; Yipeng Zhang, Chenwen Hu, Xiaoting Sun. Preparation of miRNA137 biomimetic coated coronary stent by dual-injection four-beam laser interference. OPTIK, 2020V207:164315.
[10]Zhiwen Chen, Yong-liang Li*, Chi Wang, Chenwen Hu, Xiaoting Sun. Effect of polarization mode on interference processing by dual-injection four-beam laser. OPTIK, 2020V217:164798.
[11]Chenwen Hu, Yongliang Li*, Weiwei Hu, Zhiwen Chen, Xiaoting Sun. Intracavity cascade pumped 493.1nm blue laser. OPTIK, 2020V219:165126.
[12]Chenwen Hu, Yongliang Li*, Xiaoting Sun. Nd:GdVO4 / Yb:YAG INTRACAVITY SUM-FREQUENCY CW BLUE LASER OPERATING AT 484nm. Journal of Russian Laser Research, 2020V41(6):664-669.
[13]Weiwei Hu; Yong-liang Li*; Chenwen Hu; Xiaokun Gu; Hongxin Liu; Yipeng Zhang; Yingming Zhang. Intra-cavity Cascaded Pumped 912nm/1030nm Dual Wavelength Laser Output. Optics Communications, 2019V452:440-444.
[14]Hongxin Liu, Yongliang Li*, Aofei Mao, Chao Yang, Weiwei Hu, Xiaokun Gu, Yipeng Zhang. Dual Wavelength Erbium-doped Fluoride Fiber Laser. Lasers in medical Science, 2019V34(8):1665-1670.
[15]Liu Hongxin , LI Yongliang*, Gu Xiaokun, Zhang Yipeng and Zhang Yingming, Hu Weiwei. 1.35ns SBS Laser Pulse. OPTIK, 2019V184:394-398.
[16]Weiwei Hu; Yong-liang Li; Xiaokun Gu; Hongxin Liu; Yipeng Zhang; Yingming Zhang. Intracavity cascading pumped dual-wavelength output Nd:YAG/Yb:YAG laser. OPTIK, 2019V178(2):610-613.
[17]Yipeng Zhang, Yongliang Li*, Yingming Zhang, Xiaokun Gu ,Weiwei Hu and Hongxin Liu. Research on laser interference lithography based on mutual injection dual-output laser. OPTIK, 2019V183:586-590.
[18]Zhang Yingming, Yongliang Li*, Zhang Yipeng, Gu Xiaoyun, Liu Hongxin, Hu Weiwei. Laser Spot Image Acquisition and Processing Based on LabVIEW. OPTIK, 2019V185(9):505-509.
[19]Yu Lei, Aofei Mao, Yongliang Li*, Yingming Zhang, Hongxin Liu, Yipeng Zhang. Research on single longitudinal mode laser based on F-P etalon and Q-switched delay. OPTIK, 2018V167(2):1-6).
[20]L-Y. Gao, W-Q. Zhou, Y-B. Wang, S-Q. Wang, C. Bai, S-M. Li, B. Liu, J-N. Wang,Y-L Li*. Laser Interference Micro- and Nano fabrication of Water Repellent Structures on Stent Surfaces. Lasers in engineering, 2018V39(3-6):163-174.
近5年授权专利如下:
[1]李永亮 等,利用偏振CO2激光干涉加工镜片防雾结构的装置与方法,发明专利:ZL 201720421657.4,授权日:2023年2月7日.
[2]李永亮 等,一种双波长涡旋光激光器,发明专利:ZL 2021 1 0514590.X,授权日:2022年8月30日.
[3]李永亮 等,一种基于环形腔混合端泵脉冲输出中红外激光器,发明专利:ZL202011231438.2,授权日:2022年6月24日.
[4]李永亮 等,三波长双端综合泵浦Cr:Er:YSGG声光调Q激光器,发明专利:ZL 202011252807.6,授权日:2021年7月6日.
[5]李永亮 等,基于反射式达曼光栅分束的激光干涉微纳加工装置及方法,发明专利:ZL 2017 1 0092012.5,授权日:2018年10月23日.
[6]李永亮 等,基于达曼光栅和反射镜的多光束激光干涉微纳加工装置及方法,发明专利:ZL 2017 1 0094557.X,授权日:2018年9月21日.
[7]李永亮 等,基于水光动能和微爆破效应的激光清洁装置及清洁方法,发明专利:ZL 2016 1 0453722.1,授权日:2018年5月18日.
[8]李永亮 等,单泵浦中近红外双波段光纤激光器及稳定输出方法,实用 ZL201720289032.7.
[9]李永亮 等,一种同向偏振态的多路激光干涉光刻系统,实用ZL201920759328.X.
[10]李永亮 等,一种基于级联受激散射的激光器,实用ZL 201920782636.4.
[11]李永亮 等,一种可调脉宽短脉冲激光器,实用ZL201921207627.9.
[12]李永亮 等,一种直接产生双路相干光的激光器,实用ZL202020352262.5.
[13]李永亮 等,一种四光束激光干涉微纳加工装置,实用ZL2020 2 0388560.X.
[14]李永亮 等,三波长双端综合泵浦Cr:Er:YSGG声光调Q激光器,实用ZL202022590082.3
[1]吉林省科技进步二等奖,2.8μm/1.6μm双波段输出光纤激光器及应用,编号:2021J2K031,排名1;
[2]国防科技进步一等奖,激光特殊性能测试系统,编号:2012GFJBJ048,排名8;
[3]吉林省科技进步二等奖,Q开关Nd:YAG双波长激光美容机,200612.,排名3。
《激光杂志》编委,中国光学工程学会会员,教育部学位中心学位论文评审专家,国家自然科学基金委网评专家。