검색어 : 통합검색[이석묵]
총 103건 중 103건 출력
, 3/11 페이지
-
21
- 氧化石墨烯填充PVDF或PAN微滤管的组装及在香精分离和重金属离子吸附上的应用
- ZOU, LiFeng; SUN, Mei; MA, Nan; JI, TianHao; ; (科學通報 = Chinese science bulletin, v.59, 2014, pp.2940-2946)
-
22
- Graphene-Oxide-Enhanced Surface Plasmon Resonance Fiber Sensor
- Zhao Jing, 赵 静 ; Wang Ying, 王英; Wang Yiping, 王义 平; ; (激光與光電子學進展 = Laser & optronics progress, v.56, 2019, pp.230601)
-
23
- Graphene Plasmonic Waveguide Based on Silicon-on-Insulator Structure
- Teng Da, 滕 达 ; Zhao Yongzhe, 赵 永哲; Wang Yuncheng, 王云成; Li Yiqiang, 李益强; Wang Kai, 王凯 ; (激光與光電子學進展 = Laser & optronics progress, v.58, 2021, pp.0323001-323001266)
-
24
- Broadband Transmission Infrared Light Modulator Based on Graphene Plasma
- Yuan Zhihao, 袁志豪; Xu Yu, 徐俞 ; Cao Bing, 曹冰 ; Wang Qinhua, 王钦 华 ; (激光與光電子學進展 = Laser & optronics progress, v.57, 2020, pp.232301)
-
25
- 基于局域表面等离激元效应的石墨烯光电探测器光吸收性能的研究
- Xu Qilin, 徐琦霖; Sun Kexue, 孙 科学 ; (激光與光電子學進展 = Laser & optronics progress, v.61, 2024, pp.0504001)
-
26
- Design of Graphene-Based Plasmonic XNOR/XOR Logic Gates
- Zhou Liqiang, 周利强; Zhang Jie, 张 杰; Ding Jian, 丁健; Chen Weiwei, 陈 伟 伟 ; (光學學報 = Acta optica Sinica, v.38, 2018, pp.0213001)
-
27
- Research Progress in Preparation of Graphene from Electrochemical Exfoliation and Its Optoelectronic Characteristics
- Ping Yunjie, 平蕴 杰; Gong Youning, 龚 佑宁 ; Pan Chunxu, 潘春旭; ; (中國激光 = Chinese journal of lasers, v.44, 2017, pp.0703007)
-
28
- Graphene Photodetectors Based on Surface Plasmons
- Wu Peipei, 吴 培培; Fu Yongqi, 付永启 ; Yang Jun, 杨 俊; ; (激光與光電子學進展 = Laser & optronics progress, v.58, 2021, pp.0700002)
-
29
- Improvement on pH Sensing Properties Based on Surface Treatment of Graphene Plasma
- Wu Dongqin, 吴 冬芹; Huang Chong, 黄 翀 ; Yang Weifeng, 杨 玮 枫 ; (激光與光電子學進展 = Laser & optronics progress, v.54, 2017, pp.012401)
-
30
- Theoretical Analysis of Double Dielectric Loaded Graphene Surface Plasmon Polariton
- Li Yong, 李勇; Zhang Huifang, 张 惠芳; Fan Tianxin, 范天馨; He Ying, 何英; Wang Yan, 王燕; Bai Lihua, 白丽 华 ; (光學學報 = Acta optica Sinica, v.36, 2016, pp.0724001)
QUICK MENU
