数理学院

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姓名：何晓勇

性别：男
聘任技术职务：研究员
学历：博士研究生毕业
联系电话：021-64322745
电子邮箱：xyhe@shnu.edu.cn
通讯地址：桂林路100号10号楼429

部门：数理学院
学位：理学博士学位
毕业院校：中科院上海微系统与信息技术研究所
办公地址：

荣誉奖励：

研究方向：

何晓勇，1979年3月出生，2007年在中科院上海微系统所获得博士学位，2011年4月-2012年9月在南洋理工大学做博士后，2012年10月-2014年2月在韩国亚洲大学做博士后。从2014年6月开始在上海师范大学数理学院工作，副教授，并获得硕士生导师资格。目前主要研究方向为THz波技术，石墨烯光电子学，超材料，和表面等离子激元 (Surface Plasmons)。近年来，在Carbon、Opt. Lett.、Nanoscale和IEEE JSTQE 等杂志上发表第一作者SCI论文30多篇，其中3篇入选ESI高倍引论文。杂志审稿方面，现在是《Nanotechnology》杂志的专家顾问组成员(the member of advisory panel)；在2017年被Carbon评为Outstanding reviewer; 在2015年被Opt. Commun.评为Outstanding reviewer, 在2016年成为Nanotechnology杂志的Outstanding Reviewer Award winners，并获得OSA在2015-2016年度的quality scientific peer-review 的证书。

2014年6月-至今                    上海师范大学                数理学院                                    副教授
2012年10月-2014年2月          韩国亚洲大学             信息工程学院                             Research Fellow
2011年4月-2012年9月          新加坡南洋理工大学    电子电气工程学院                         Research Fellow
2007年7月-2011年4月           河南工业大学                     理学院                                     讲师

2004年9月-2007年6月    中科院上海微系统与信息技术研究所              博士学位
2001年9月-2004年7月    郑州大学材料工程学院                             硕士学位
1997年9月-2001年7月    郑州大学材料工程学院                           学士学位

（以下信息源于科研管理系统）

学术成果：

论文

[1] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[2] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[3] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[4] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[5] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[6] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[7] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[8] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[9] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[10] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[11] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[12] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[13] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[14] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[15] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[16] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[17] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[18] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[19] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[20] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[21] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[22] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[23] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[24] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[25] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[26] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[27] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[28] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[29] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[30] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[31] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[32] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[33] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[34] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[35] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[36] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[37] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[38] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[39] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[40] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[41] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[42] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[43] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[44] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[45] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[46] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[47] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[48] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[49] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[50] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[51] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[52] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[53] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[54] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[55] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[56] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[57] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[58] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[59] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[60] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[61] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[62] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[63] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[64] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[65] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[66] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[67] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[68] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[69] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[70] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[71] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[72] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[73] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[74] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[75] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[76] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[77] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[78] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[79] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[80] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[81] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[82] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[83] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[84] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[85] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[86] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[87] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[88] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[89] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[90] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[91] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[92] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[93] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[94] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[95] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[96] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[97] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[98] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[99] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[100] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[101] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[102] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[103] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[104] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[105] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[106] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[107] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[108] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[109] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[110] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[111] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[112] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[113] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[114] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[115] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[116] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[117] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[118] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[119] 宋志强,赵振宇,赵红卫,彭炜,何晓勇,石旺舟. Teeter-totter effect of terahertz dual modes in C-shaped complementary split-ring resonators. JOURNAL OF APPLIED PHYSICS,2015,118(4):043108-1 ~ 043108-6.
[120] 林方婷,于琪琪,邓林艳,张正健,何晓勇,刘爱云,石旺舟. Effect of La/Cr codoping on structural transformation, leakage, dielectric and magnetic properties of BiFeO3 ceramics. JOURNAL OF MATERIALS SCIENCE,2017,52(12):7118-7129.
[121] 林方婷,邓林艳,于琪琪,何晓勇,刘爱云,石旺舟,冯杰. Improved ferromagnetic behavior and novel near-infrared photoluminescence in Mg/Mn-codoped CuCrO2 ceramics. JOURNAL OF MATERIALS SCIENCE,2016,51(16):7491-7501.
[122] 何晓勇,高平齐,石旺舟. A further comparison of graphene and thin metal layers for plasmonics. NANOSCALE,2016,8(19):10388-10397.
[123] 何晓勇,刘春林,钟旭,石旺舟. Investigation of the tunable properties of graphene complementary terahertz metamaterials. RSC ADVANCES,2015,5(16):11818-11824.
[124] 何晓勇,赵振宇,石旺舟. Graphene-supported tunable near-IR metamaterials. OPTICS LETTERS,2015,40(2):178-181.
[125] Junxing Liu,何晓勇,Kailing Zhang,Xiankuan Liu,Zeyu Zhang,Zuanming Jin,Guohong Ma. Switchable metamaterial for enhancing and localizing electromagnetic field at terahertz band. OPTICS EXPRESS,2017,25(13):13944-13952.
[126] 何晓勇,卢红霞. Graphene-supported tunable extraordinary transmission. NANOTECHNOLOGY,2014,25(32):325201-1-325201-6.
[127] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[128] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[129] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[130] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[131] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[132] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[133] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[134] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[135] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[136] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[137] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[138] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[139] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[140] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[141] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[142] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[143] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[144] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[145] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[146] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[147] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[148] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[149] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[150] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[151] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[152] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[153] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[154] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[155] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[156] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[157] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[158] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[159] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[160] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[161] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[162] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[163] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[164] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[165] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[166] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[167] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[168] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[169] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[170] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[171] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[172] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[173] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[174] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[175] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[176] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[177] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[178] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[179] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[180] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[181] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[182] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[183] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[184] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[185] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[186] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[187] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[188] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[189] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[190] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[191] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[192] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[193] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[194] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[195] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[196] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[197] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[198] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[199] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[200] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[201] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[202] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[203] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[204] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[205] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[206] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[207] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[208] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[209] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[210] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[211] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[212] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[213] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[214] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[215] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[216] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[217] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[218] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[219] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[220] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[221] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[222] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[223] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[224] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[225] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[226] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[227] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[228] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[229] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[230] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[231] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[232] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[233] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[234] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[235] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[236] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[237] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[238] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[239] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[240] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[241] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[242] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[243] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[244] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[245] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[246] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[247] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[248] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[249] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[250] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[251] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[252] Zhaoheng Lin,何晓勇,Jian He,Mingdun Liao,Peipei Liu,Zhenhai Yang,Jichun Ye,Pingqi Gao. Excellent Passivation of Silicon Surfaces by Thin Films of Electron-Beam-Processed Titanium Dioxide. IEEE JOURNAL OF PHOTOVOLTAICS,2017,7(6):1551-1555.
[253] 何晓勇. Tunable terahertz graphene metamaterials. CARBON,2015,82(1):229-237,279.
[254] 何晓勇,钟旭,林方婷,石旺舟. Investigation of graphene assisted tunable terahertz metamaterials absorber. OPTICAL MATERIALS EXPRESS,2016,6(2):331-342.
[255] 刘春林,何晓勇,赵振宇,张浩,石旺舟. Theoretical investigation of semiconductor supported tunable terahertz dielectric loaded surface plasmons waveguides. OPTICS COMMUNICATIONS,2015,356(1):64-69.
[256] 何晓勇,符建华,富笑男,罗艳伟,程仁志. Analysis of mid-infrared graphene surface plasmons. OPTICS COMMUNICATIONS,2014,332(1):149-153.
[257] 何晓勇,苏超,李瑞,蔡根旺,樊志勤,王世建. Numerical analysis of the terahertz multilayer metamaterials. MODERN PHYSICS LETTERS B,2014,28(12):1450092-1-1450092-13.
[258] 何晓勇,刘春林,赵振宇,张浩,石旺舟. Tunable graphene opto-electronics devices. 上海师范大学学报自然科学版,2015,44(4):379-388.
[259] 代秀松,赵振宇,宋志强,何晓勇,石旺舟. Nd2O3掺杂对CaCu3Ti4O12陶瓷在太赫兹频段的介电调制作用. 光学学报,2016,36(2):0216002-1~-6.
[260] 刘春林,何晓勇,赵振宇,林方婷,刘锋,石旺舟. Tunable graphene near-IR dielectric loaded waveguides. JOURNAL OF PHYSICS D-APPLIED PHYSICS,2016,49(26):265102.
[261] 赵振宇,宋志强,彭炜,赵红卫,何晓勇,石旺舟,罗智坚,郑孝波. The Influence of Element Deformation on Terahertz Mode Interaction in Split-Ring Resonator-Based Meta-Atoms. PLASMONICS,2017,12(13):1391-1398.
[262] 何晓勇,林方婷,刘锋,石旺舟. Terahertz tunable graphene Fano resonance. NANOTECHNOLOGY,2016,27(485202):485202.

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