Shuangxi Wang
Nitto Denko
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Publication
Featured researches published by Shuangxi Wang.
Applied Physics Letters | 2008
Haiyong Gan; Charles Greenlee; Chuanxiang Sheng; Robert A. Norwood; Mahmoud Fallahi; Shuangxi Wang; Weiping Lin; Michiharu Yamamoto; Kathaperumal Mohanalingam; N. Peyghambarian
Fabry–Perot interferometers (FPIs) are designed to work near and off the absorption resonance of an electro-optic (EO) polymer. The near-resonance EO activity (EO coefficient r13∼25.4pm∕V at ∼1086nm) is enhanced over that off resonance (r13∼9.0pm∕V at ∼1526nm). The full width at half maximum of the FPI transmission band is ∼16nm near resonance compared to ∼22nm off resonance. The modulation performance can, therefore, be improved with a modulation ratio increased to ∼78% near resonance (at 1064nm) from ∼19% off resonance (at 1520nm). The modulation speed is approximately megahertz and can be increased to greater than gigahertz with improved circuit design.
Archive | 2012
Zongcheng Jiang; Bogumila Rachwal; Hongxi Zhang; Peng Wang; Michiharu Yamamoto; Shuangxi Wang
Archive | 2012
Hongxi Zhang; Stanislaw Rachwal; Jie Cai; Yufen Hu; Michiharu Yamamoto; Zongcheng Jiang; Bogumila Rachwal; Shuangxi Wang; Peng Wang
Archive | 2009
Shuangxi Wang; Zongcheng Jiang; Michiharu Yamamoto
Archive | 2012
Hongxi Zhang; Stanislaw Rachwal; Jie Cai; Yufen Hu; Michiharu Yamamoto; Zongcheng Jiang; Bogumila Rachwal; Shuangxi Wang; Peng Wang
Archive | 2010
Robert Ramirez; Shijun Zheng; Zongcheng Jiang; Shuangxi Wang; Michiharu Yamamoto
Archive | 2009
Mohanalingam Kathaperumal; Shuangxi Wang; Joshua Tillema; Weiping Lin; Michiharu Yamamoto
Archive | 2000
Geoffrey T. Burnham; Xiaoguang He; Kurt J. Linden; Shuangxi Wang
Archive | 1999
Mahmoud Fallahi; Kurt J. Linden; Shuangxi Wang
Unknown Journal | 1998
Mohmoud Fallahi; Kurt J. Linden; Shuangxi Wang
