论文
(1) Wei Li, Guoying Feng, Shouhuan Zhou, The M2 factor matrix of a paraxial Laguerre-Gaussian beam, 2013.01.01, Journal of Modern Optics, 60(9): 704-712(D级, SCI: 000323145600003)
(2) W. Li, G. Feng, Y. Huang, G. Deng, Yu Huang, J. Chen, Sh. Zhou, Matrix Formulation of the Beam Quality of the Hermite-Gaussian Beam, 2009.01.01, Laser Physics, 19(3): 455-460(D级, SCI: 000264134100017)
(3) 李玮,冯国英,黄宇,李刚,杨火木,谢旭东,陈建国,周寿桓,厄米-高斯光束的M2因子矩阵,2009.4.1,Acta Physica Sinica,58(4):2461-2466(SCI: 000265324700051)
(4) 李玮,冯国英,李刚,黄宇,张秋慧,二倍频晶体温升分布对输出光场分布的影响,2009.12.1,强激光与粒子束,21(12):1810-1814(EI: 20095312587995)
(5) Wei Li, Guoying Feng, Xu Han, Ting Shao, High-Intensity Laser Frequency Doubling in KDP with a Temperature Distribution, 2010.6.19-2010.6.22, 2010IEEE, 四川省成都市(EI: 20103013104186)
(6) Wei Li, Guoying Feng, Qiuhui Zhang, Tianxiang Zhang, Hai Liao, Influence of the temperature distribution in KDP crystal on the second-harmonic generation, 2008.8.23-2008.8.25, Proc. of SPIE, 美国(EI: 20084611700173)
(7) Liang Tian, Li Wei, Feng Guoying, Numerical simulation for optimizing mode shaping and super- continuum flatness of liquid filled seven-core photonic crystal fibers, 2015.5.15, Optics Communications, 343: 91-96(D级, SCI: 000352045400015)
(8) Liang Tian, Li Wei, Feng Guoying, Numerical simulation of supercontinuum generation in liquid-filled photonic crystal fibers with a normal flat dispersion profile, 2015.1.1, Optics Communications, 334: 196-202(D级, SCI: 000345523600037)
(9) Chao Wang, Guoying Feng, Wei Li, Jinliang Men, Xiaoxu Chen, Chao Yang, Shouhuan Zhou, Effect of Temperature on Supercontinuum Generation in CS2-Core Optical Fiber, 2018.9.13, IEEE Photonics Journal, 10(5): 1400211(C级, SCI: 000444777100001)
(10) Shougui Ning, Guoying Feng, Hong Zhang, Wei Zhang, Shenyu Dai, Yao Xiao, Wei Li, Xiaoxu Chen, Shouhuan Zhou, Fabrication of Fe2+:ZnSe nanocrystals and application for a passively Q-swtiched fiber laser, 2018.4.1, Optical Materials Express, 8(4): 865-874(C级, SCI: 000428955700016)
(11) Jianchang Tan, Guoying Feng, Shulin Zhang, Jingchuan Liang, Wei Li, Yun Luo, Dual spherical single-mode-multimode-single-mode optical fiber temperature sensor based on a Mach-Zehnder interferometer, 2018.7.1, Laser Physics, 28(7): 075102(D级, SCI: 000432436800002)
(12) Chen Feng, Guoying Feng, Wei Li, Nianchun Sun, Zhengyu Zhang, Shouhuan Zhou, Calculated Simulation of Modes for Active Cavity, 2010.6.19-2010.6.22, 2010IEEE SOPO, 四川省成都市(EI: 20103013104229)
(13) 吴万敏,郝子祺,邱峻寅,田卓尔,郑杰,李玮#,一种基于时序控制的智能化炼苗控制系统,2018, 科技与创新,14:57-59(通讯作者)
(14) 冯国英,刘亲厚,李玮,周寿桓,非旋转对称光束的像散系数aZF,2017.10.1,激光与红外,47(10) :1238-1244
(15) 刘晓丽,冯国英,李玮,唐淳,周寿桓,像散椭圆高斯光束的M2因子矩阵的理论与实验研究,2013.9.12,Acta Physica Sinica,62(19):194202-1-194202-7(SCI: 000327007700027)
(16) 李世文,冯国英,李玮,韩敬华,周晟阳,殷家家,杨超,周寿桓,高压击穿铜丝物相研究,2012.11.1,Acta Physica Sinica,61(22):225206-1-225206-6(SCI: 000316732600045)
(17) 邓国亮,冯国英,李玮,张天祥,廖海,周寿桓,非圆对称光束M2因子矩阵的实验研究,2009.8.1,中国激光,36(8):2014-2018(EI: 20094512429828)
(18) 周晟阳,冯国英,李玮,周寿桓,电爆炸法制备Fe3O4纳米颗粒及其物相研究,2016.8.1,强激光与粒子束,28(8):084101-1-084101-5
(19) 李世文,冯国英,李玮,殷家家,周寿桓,电爆炸制备纳米铜粉及物相研究,2013.9.1,强激光与粒子束,25(9):2408~2412(EI: 20134116842494)
(20) 柳岿,冯国英,邓国亮,李玮,飞秒激光扫描不同温度下的硅片诱导形成微结构的差别,2012,中国激光,39(8) :0803003-1-5(EI: 20124115547668)
(21) 李刚,冯国英,李玮,杨火木,黄宇,周寿桓,Nd:YAG方形薄片激光介质应力双折射及退偏损失,2010,中国激光,37(1) :38-43(EI: 20101012758901)
(22) 邵婷,冯国英,魏泳涛,阴明,李玮,高功率KTP晶体光参量振荡器热效应,2010,强激光与粒子束,22(9) :2008-2012(EI: 20104113283097)
(23) 冯琛,冯国英,黄宇,李玮,李刚,张秋慧,利用特征向量法分析有源失调腔的2维模场,2009,强激光与粒子束,21(7) :982-986(EI: 20093312251391)
(24) 李玮,冯国英 , 生物医学光电检测课程的交叉融合型教学方法探索 , 2018.10.22 , 教育现代化,43 :138-140
专利
发明专利:
(1) 冯国英, 邓国亮, 李玮, 周寿桓, 激光光束M2因子矩阵的测量方法与测量仪器, 2010.8, 中国, ZL200810046487.1, 已授权
(2) 李玮, 田卓尔, 郝子祺、邱峻寅、吴万敏、郑杰,一种基于时序控制的智能化组培炼苗控制系统, 2018.4, 中国, 201810281258.1, 已受理
实用新型专利:
(1) 冯国英, 邓国亮, 李玮, 周寿桓, 光束质量因子矩阵仪, 2009.8, 中国, ZL200820141228.2, 已授权
(2) 李玮, 田卓尔, 郝子祺、邱峻寅、吴万敏、郑杰, 基于时序控制的智能化组培炼苗控制系统, 2018.4, 中国, 201820449621.1, 已授权