个人简历
教育 复旦大学物理系本科毕业（1982年） 同济大学物理系博士学位（1997年） 工作经历 浙江大学物理系助教（1982-1984），同济大学物理系助教（1987-1989），讲师(1989-1996)，副教授(1996-2001)，教授(2001-) 同济大学物理系副系主任（1994-1998） 德国Saarbruken Fraunhofer无损检测研究所进修（1992） 意大利Trieste理论物理研究中心进修(1998）
研究领域
1. 薄膜太阳能电池2. 微纳结构薄膜材料3. 真空紫外/极紫外/软X射线滤光薄膜
近期论文
[1] Broadband light absorption enhancement in randomly rotated elliptical nanohole arrays for photovoltaic application,Applied Optics,58(4), 2019, 1152-1157. [2] Beneficial effect of reducing symmetry on the enhancement of optical absorption of nanohole arrays, Optics Communications, 427, 2018, 90–94. [3] Significantly enhanced coupling to half-space irradiation using a partially capped nanowire for solar cells, Nano Energy, 45, 2018, 61-67. [4]High Efficient Ultrathin GaAs Optical Absorption Devices with Ring-shaped Nanohole Arrays, IEEE 7th World Conference on Photovoltaic Energy Conversion (WCPEC), Hawaii, USA, 2018, 2953-2956. [5] Toward high performance nanoscale optoelectronic devices: super solar energy harvesting in single standing core-shell nanowire,Optics Express, 25(24), 2017, A1111. [6] Enhanced light absorption in perpendicular elliptical silicon nanocone array for solar cells, Applied Optics, 56(8),2017,2307. [7] Efficient broadband light absorption in elliptical nanohole arrays for photovoltaic application, Optics Letters, 40(24), 2015,5814. [8] Light absorption enhancement in elliptical nanohole array for photovoltaic application, Proc. SPIE Vol. 9561,2015, 95610E-1. [9] Thin film silicon solar cells with non-simple integral period ratio between front and back gratings, Journal of Optics, 16, 2014, 105011. [10] 前后光栅周期对于双光栅结构薄膜太阳能电池光俘获效应的影响，物理学报，63(19),2014,198801. [11] Broadband absorption enhancement in elliptical silicon nanowire arrays for photovoltaic applications, Optics Express, 22(S5), 2014, A1292. [12] Misaligned conformal gratings enhanced light trapping in thin film silicon solar cells, Optics Express, 21(S3), 2013, A548. [13] Light trapping enhancement in thin film silicon solar cells with different front and back grating periodicities, Chinese Optics Letters,11(12),2013,120501. [14] Preparation and Properties of Submicron Free-standing Polyimide Thin Film Using ZnO Demoulding and Laser Ablation, Journal of Inorganic Materials, 28(12),2013,1349. [15] Light scattering effect of submicro-textured Ag/Al composite films prepared at lower substrate temperatures, Chinese Physics B, 22(6),2013,078801. [16] Nonpolarizing and tunable perpendicular dual-grating guided-mode resonance filter, Optics Communication, 285(12), 2012, 2840. [17] Wavelength tunable properties of the perpendicular dual-grating guided-mode resonance filters, Proc. SPIE Vol. 8456, 2012, 84560A-1. [18] Submicron AZO gratings and diffuse transmittance distribution, Acta Optica Sinica, 32(7), 2012, 0731001. [19] Farbrication of submicron ZnO:Al gratings with wet etching and lift-off technology, High Power Laser and Particle Beams, 24(11), 2012, 2613.
