Personal Information
- Doctoral Supervisor
- Master Tutor
Gender:
MaleDiscipline:
Condensed Matter Physics. OpticsStatus:
EmployedSchool/Department:
物理科学与技术学院Education Level:
研究生毕业Status:
EmployedSchool/Department:
物理科学与技术学院Date of Employment:
2011-12-06Discipline:
1 Condensed Matter Physics;
1 Optics
Business Address:
物理学院新楼D-218E-Mail:
736239ac7317678d456f509c441214b71e9e087c6199fb7a43f8032442cc7ca1918f87efc61a62fe688e1fc84dcc437c5e034f3caeb0f7ff13adfb0a31d6c294739235987583d01f58883bbaf48fba7dc589a2ac3fd1deeaa08888cb36d736dded770bb554b2f1e49f0dc32e5e442c5adf1dcb4f2fcca258ecac12e39cc466c5
Other Contact Information
-
ZipCode
7babf8b996fc02ba8f391f8b71b22a8bcd3f4abeccc50782ac500df2fc7bbbfd33ec0121535ccb720ea6e8c8df3da800745dcf948c0bd9a02ad5c77e04e6d33c04185bb88739ad1e39fd79615c8afd8e3118d468533fff05fefb4c3e65073aa021f4b7573ae694db00bd0033171d46e65f649f546418a26ce92eabcfbdf7fea1 -
PostalAddress
ae0abd6b6d576f98bbdba09dbbbe082c4c24ef37240c43254ab8bfe0aa0efe5a62656ccd349f17e2526223760decd0fa963de65aa345423bae6b6522ce5e942ce93aedc7babccbcaaa4726d375fb08a6ef293c26b66cfc0016420201cde90f2782b4d455e04a380783539c21bf6923f1a076183033e299c5110fc65d9ea50ceb -
OfficePhone
2206cf7ff66830b448fca33f3393e6eadf969a2b22721fc516f5ed9a600a81cbdb1938723963736091fb887451c5cf0b5536787c164feff29c2b47682f86b6f416356e26c8cfb91e83164b828217803a8fce7b662edfc7b333f70705a0be309375e679d78e48323727c68571656b7b9cd6b1649194711e8f49bbf837dd161cb4 -
email
736239ac7317678d456f509c441214b71e9e087c6199fb7a43f8032442cc7ca1918f87efc61a62fe688e1fc84dcc437c5e034f3caeb0f7ff13adfb0a31d6c294739235987583d01f58883bbaf48fba7dc589a2ac3fd1deeaa08888cb36d736dded770bb554b2f1e49f0dc32e5e442c5adf1dcb4f2fcca258ecac12e39cc466c5
Paper Publications
Current position: Home > Scientific Research > Paper Publications
- [1]. Xiangyu Ruan , Jiaming Hao , Chang Liu , Zhengji Wen , Ziji Zhou , Qianqian Xu , Chunhui Ou , Wenqiang Wang , Wei Dai , Hongxing Xu* and Zhiqiang Guan*. Ultra-thin, broadband, omnidirectional and polarization-independent infrared absorber using all-dielectric refractory materials. Nanophotonics. 2021.
- [2]. Fuping Zhang , Li Chen , Weikang Liu , Hongxing Xu* and Zhiqiang Guan*. A top-down fabricated gold nanostrip on a silicon-on-insulator wafer: a promising building block towards ultra-compact optical devices. Nanoscale. 13 (3). 1904-1914. 2020.
- [3]. Wenqiang Wang , Hongxing Xu* and Zhiqiang Guan*. A high speed electrically switching reflective structural color display with large color gamut. Nanoscale. 13 (2). 1164-1171. 2020.
- [4]. Liangui Deng# , Sheng Chang# , Zhiqiang Guan# , Qi Dai# , Shuang Zhang , Zhongyang Li , Jin Tao , Guoxing Zheng* , Shaohua Yu* and Zile Li*. A Single-Celled Tri-Functional Metasurface Enabled with Triple Manipulations of Light. Advanced Functional Materials. 30 (50). 2003990. 2020.
- [5]. Jian Yang# , Weikang Liu# , Wei Dai# , Peter Nordlander , Chang Liu , Alessandro Alabastri , Chao Xu , Hongxing Xu* and Zhiqiang Guan*. Giant photothermoelectric effect in silicon nanoribbon photodetectors. Light: Science & Applications. 9. 120. 2020.
- [6]. Jin Tao# , Zhiqiang Guan# , Juan Deng# , Liangui Deng# , Shuang Zhang , Cheng-Wei Qiu , Zhongyang Li , Jibo Tang , Daxiao Zhang , Yan Yang , Yang Chen , Hongxing Xu* , Guoxing Zheng* , Shaohua Yu* and Zile Li*. Malus-metasurface-assisted polarization multiplexing. Light: Science & Applications. 9. 101. 2020.
- [7]. Jin Tao# , Zhiqiang Guan# , Chen Chen# , Zile Li# , Shuang Zhang , Yuan Cui , Ying Xiao , Qi Dai , Sheng Chang , Guoxing Zheng* , Shaohua Yu* and Yiqun Wang*. Three-Channel Metasurfaces for Simultaneous Meta-Holography and Meta-Nanoprinting: A Single-Cell Design Approach. Laser & Photonics Reviews. 14. 2000032. 2020.
- [8]. Zhiqiang Guan# , Liangui Deng# , Rao Fu# , Jin Tao , Sheng Chang , Guoxing Zheng* and Zile Li*. Zero-order-free meta-holograms in a broadband visible range. Photonics Research. 8 (5). 723. 2020.
- [9]. Jie Wei , Zhongqun Tian , Hongxing Xu , Jun Cheng , Diye Wei , Hao Yan , Zhiqiang Guan , Xiangyu Ruan , Jingli Liu , Sina Qin , Jianfeng Li* and Hua Zhang*. In Situ Raman Monitoring and Manipulating of Interfacial Hydrogen Spillover by Precise Fabrication of Au/TiO2 /Pt Sandwich Structures. Angewandte Chemie International Edition. 59 (26). 10343-10347. 2020.
- [10]. Jin Tao# , Zhiqiang Guan# , Liangui Deng# , Juan Deng# , Zhongyang Li , Gongfa Li , Guoxing Zheng* , Shaohua Yu* and Zile Li*. Multiplexed Anticounterfeiting Meta-image Displays with Single-Sized Nanostructures. Nano letters. 20 (3). 1830-1838. 2020.
- [11]. Jibo Tang# , Xiaobo He# , Zhiqiang Guan , Junjun Shi , Huatian Hu , Hongxing Xu* and Shunping Zhang*. Electrically Driven Optical Antennas Based on Template Dielectrophoretic Trapping. ACS Nano. 13 (12). 14041-14047. 2019.
- [12]. Juan Deng , Shuang Zhang , Zhongyang Li , Gongfa Li , Zhiqiang Guan , Daoqun Liu , Liangui Deng , Jin Tao , Yan Yang , Guoxing Zheng* , Shaohua Yu* and Zile Li*. Spatial Frequency Multiplexed Meta-Holography and Meta-Nanoprinting. ACS Nano. 13 (8). 9237-9246. 2019.
- [13]. Yang Liu , Wenqiang Wang , Weiran Guo , Xiaorui Tian , Hongxing Xu* and Zhiqiang Guan*. Real-time Raman detection by the cavity mode enhanced Raman scattering. Nano Research. 12 (7). 1643-1649. 2019.
- [14]. Xiaobo He , Zhiqiang Guan , Junjun Shi , Huatian Hu , Jibo Tang , Hongxing Xu* and Shunping Zhang*. Electrically Driven Highly Tunable Cavity Plasmons. ACS Photonics. 6 (4). 823-829. 2019.
- [15]. Weikang Liu , Wenqiang Wang , Hongxing Xu* and Zhiqiang Guan*. A plasmon modulated photothermoelectric photodetector in silicon nanostripes. Nanoscale. 11. 4918-4924. 2019.
- [16]. Wen Chen , Zhiqiang Guan , Yexin Zhang , Yang Li , Zhenwei Ou , Weikang Liu , Meng Kang , Hongxing Xu* and Shunping Zhang*. Probing the limits of plasmonic enhancement using a two-dimensional atomic crystal probe. Light: Science & Applications. 7. 56. 2018.
- [17]. Xiumei Chen , Hongxing Xu , Wenqiang Wang , Yongni Mou , Ping Li , Zhiqiang Guan* and Xiaopeng Yan*. Mechanism of resonant perfect optical absorption in dielectric film supporting metallic grating structures. Optics Express. 24 (17). 19435-19447. 2016.
- [18]. Nicklas Anttu , Hongxing Xu , Ulf Hakanson , Zhiqiang Guan and Hongqi Xu*. Excitations of surface plasmon polaritons in double layer metal grating structures. Applied Physics Letters. 100. 091111. 2012.
- [19]. Wei Zhang , Ping Li , Xiaopeng Yan , Weidong He , Wenbo Yu , Hao Shen , Zhiqiang Guan , Zhipeng Li and Hongxing Xu*. Thermal detection of surface plasmons on gold nanohole arrays. Chinese Science Bulletin. 57 (1). 68-71. 2011.
- [20]. Zhipeng Li , Naomi J Halas , Zhiqiang Guan , Yurui Fang , Kui Bao , Hongxing Xu* and Peter Nordlander*. Effect of a proximal substrate on plasmon propagation in silver nanowires. Physical Review B. 82 (24). 241402. 2010.
- [21]. Zhiqiang Guan , Lars Montelius , Hongqi Xu , Hong Wei , Nicklas Anttu , Ulf Hakanson and Hongxing Xu*. Surface-enhanced Raman scattering on dual-layer metallic grating structures. Chinese Science Bulletin. 55 (24). 2643-2648. 2010.
- [22]. Zhiqiang Guan , Hongxing Xu , Lars Montelius , Gang Luo and Zhiqiang Guan*. Electromechanical Behavior of Interdigitated SiO2 Cantilever Arrays. Chinese Physics Letters. 27 (2). 028503. 2009.
- [23]. Seung Joon Lee , Hongxing Xu , Zhiqiang Guan and Martin Moskovits*. Surface-enhanced Raman spectroscopy and nanogeometry: The plasmonic origin of SERS. Journal of Physical Chemistry C. 111 (49). 17985-17988. 2007.
|
无数据