个人简介
陈召，副教授，硕士生导师，近年来一直在从事表面等离激元特性分析和相关应用的研究工作。在基于表面等离激元的Fano共振、EIT现象、传感器、光电探测器、原子囚禁以及手性光场调控等方面有着深入的研究，并已取得多项创新性成果。主持国家自然科学基金青年基金1项，国家重点实验室纵向课题1项，横向项目2项。目前，以第一作者和通讯作者在SCI期刊上发表研究论文40余篇，包括 Nanophotonics, Advanced Optical Materials, Photonics Research, Opt. Express, Optics Letters, Journal of Lightwave Technology, IEEE Sensors Journal等，他引700余次，授权国家发明专利3项。 第一作者SCI论文列表： 1. Chinese Physics Letters,29(10): 104210, 2012 2. Chinese Physics Letters,30(5): 054212, 2013 3. Optics Communications,320:6-11, 2014 4. OPTIK, 126: 168-171, 2014 5. Optics Communications,340:1-4, 2014 6. IEEE Photonics Journal, 6(6):4802208, 2014 7. Plasmonics, 10(3): 721-727,2014 8. Plasmonics, 10(1): 131-137, 2014 9. Optics Communications,354:407-413, 2015 10. IEEE Photonics Journal, 7(6):4801408, 2015 11. IEEE Photonics Journal, 7(3): 2701009, 2015 12. IEEE PHOTON. TECHNO. LETT., 27(16):1695-1698, 2015 13. Plasmonics, 11(1):307-313, 2015 14. Journal of Lightwave Technology, 33(15): 3250-3252, 2015 15. Journal of Physics D: Applied Physics,49:145109, 2016 16. Photonics Research, 5(5):436-440, 2017 17. Advanced Optical Materials, 6,1800261,2018 18. Nanophotonics,8,1739-1745, 2019 19. Plasmonics, 15,2177-2183, 2020 20. Photonics Research,9(1), 27-33,2021 21. Nanomaterials, 12, 516 (2022) 22. IEEE Sensors Journal, 22(14), 14044 (2022) 23. Optics Express, 31(22), 35697-35708 (2023) 24. IEEE Sensors Journal, 24(4), 4418-4423 (2024) 25. 物理学报, 73(8), 084205 (2024) 26. Optics Letters, 49(8), 2503-2506(2024) 授权国家发明专利： 1. 陈召等 基于简洁谐振腔的多模式激励结构 ZL202010670951.5 2. 陈召等 基于表面等离激元实现原子囚禁的结构 ZL202010671538.0 3. 陈召等 一种手性调控电磁诱导透明现象的结构 ZL202111499308.1
教育经历
| 入学时间 |
毕业时间 |
学位授予单位 |
学历 |
| 2011-09-01 |
2016-07-01 |
北京邮电大学 |
博士研究生毕业 |
| 2007-09-01 |
2011-07-01 |
河南科技大学 |
大学本科毕业 |
工作经历
| 起始年月 |
截止年月 |
所在单位名称 |
| 2016-07-01 |
2018-06-30 |
北京大学 |
| 2018-08-01 |
2021-10-01 |
中国空间技术研究院 |
社会活动
Optics Express, Plasmonics, Optics Communications等期刊审稿人
本科生课程
| 课程名称 |
开课学年 |
课程总学时 |
选课人数 |
课程性质 |
| 大学物理实验(I) |
2023 |
32 |
30 |
实践环节必修 |
| 大学物理实验(I) |
2023 |
32 |
29 |
实践环节必修 |
| 大学物理实验(I) |
2023 |
32 |
27 |
实践环节必修 |
| 大学物理实验(I) |
2023 |
32 |
26 |
实践环节必修 |
| 微波技术 |
2023 |
32 |
72 |
专业必修 |
| 微波技术 |
2023 |
32 |
71 |
专业必修 |
| 大学物理实验(I) |
2022 |
32 |
29 |
实践环节必修 |
| 大学物理实验(I) |
2022 |
32 |
30 |
实践环节必修 |
| 大学物理实验(I) |
2022 |
32 |
32 |
实践环节必修 |
| 大学物理实验(I) |
2022 |
32 |
25 |
实践环节必修 |
| 微波技术 |
2022 |
32 |
62 |
专业必修 |
| 大学物理实验(I) |
2021 |
32 |
29 |
实践环节必修 |
| 大学物理实验(I) |
2021 |
32 |
30 |
实践环节必修 |
纵向项目
- 1. 多功能微纳结构设计及其应用研究 ，其他课题，项目时间：2022-01-01 至 2024-12-31
横向项目
- 1. 里德堡原子微波光学射频系统 ，企事业单位委托科技项目，项目时间：2024-09-09 至 2024-12-31
- 2. MXene 基复合材料的结构表征与电学性能研究 ，企事业单位委托科技项目，项目时间：2023-11-06 至 2024-05-06
论文信息
[+][-]代表性论文
-
1. DOI
陈召,朱柏旭,马昕新,张实捷,李林浩,李童,王艺霖,侯志灵
Plasmonic nanosensor and pressure-induced transparency based on coupled resonator in a nanoscale system[期刊论文]，OPTICS LETTERS，2024-04-15
-
2. DOI
李连杰,Han, Yaxuan,Yang, Baoyu,Juan, Yong,陈召,张均营,侯志灵
Vanadium dioxide-based H-shaped terahertz metasurface for beam modulation[期刊论文]，Journal of Electromagnetic Waves and Applications，2024-04-14
-
3. DOI
陈召,马昕新,李童,王艺霖
耦合谐振系统中基于Fano共振的光学压力传感器[期刊论文]，物理学报，2024-04-03
-
4. DOI
马昕新,李童,王艺霖,陈召
Baffle Induced Sensing Enhancement for Pressure and Refractive Index Based on Fano Resonance[期刊论文]，Plasmonics，2024-03-07
-
5. DOI
陈召,马昕新,张实捷,李童,王艺霖,侯志灵
Pressure Sensor Based on Optical Resonator in a Compact Plasmonic System[期刊论文]，IEEE Sensors Journal，2024-02-15
-
6. DOI
马昕新,李童,王艺霖,陈召
Fano resonance based on a triangular resonator and its application on nanosensing[期刊论文]，Modern Physics Letters B，2024-01-11
-
7. DOI
张雅琴,黄美玉,王洋洋,陈召,黄云清,向雪霜
Attention-based network for passive non-light-of-sight reconstruction in complex scenes[期刊论文]，Visual Computer，2024-01-10
-
8. DOI
蔡家宁,李林浩,陈召,张均营,侯志灵
High performance selective light absorber based on nickel nanopillar array for photothermal conversion[期刊论文]，Journal of Applied Physics，2023-12-18
-
9. DOI
陈召,马昕新,段运鸿,李林浩,张实捷,王艺霖,俞耀伦,侯志灵
Tunable electromagnetically induced absorption based on coupled-resonators in a compact plasmonic system[期刊论文]，OPTICS EXPRESS，2023-10-10
-
10. DOI
王艺霖,谭宇轩,陈召,侯志灵
On-chip plasmonic nanosensor based on multiple Fano resonances in rectangular coupled systems[期刊论文]，Optics Communications，2023-09-09
-
11. DOI
陈召,王艺霖,侯志灵,张鹏飞,于丽
Loaded Slot Cavity Induced Sensing Enhancement and Transparency Based on Plasmonic Structure[期刊论文]，IEEE Sensors Journal，2022-06-17
-
12. DOI
陈召,俞耀伦,王艺霖,侯志灵,于丽
Plasmon-Induced Transparency for Tunable Atom Trapping in a Chiral Metamaterial Structure[期刊论文]，Nanomaterials，2022-02-01
[+][-]
2024年
-
1. DOI
陈召,朱柏旭,马昕新,张实捷,李林浩,李童,王艺霖,侯志灵
Plasmonic nanosensor and pressure-induced transparency based on coupled resonator in a nanoscale system[期刊论文]，OPTICS LETTERS，2024-04-15
-
2. DOI
李连杰,Han, Yaxuan,Yang, Baoyu,Juan, Yong,陈召,张均营,侯志灵
Vanadium dioxide-based H-shaped terahertz metasurface for beam modulation[期刊论文]，Journal of Electromagnetic Waves and Applications，2024-04-14
-
3. DOI
陈召,马昕新,李童,王艺霖
耦合谐振系统中基于Fano共振的光学压力传感器[期刊论文]，物理学报，2024-04-03
-
4. DOI
马昕新,李童,王艺霖,陈召
Baffle Induced Sensing Enhancement for Pressure and Refractive Index Based on Fano Resonance[期刊论文]，Plasmonics，2024-03-07
-
5. DOI
陈召,马昕新,张实捷,李童,王艺霖,侯志灵
Pressure Sensor Based on Optical Resonator in a Compact Plasmonic System[期刊论文]，IEEE Sensors Journal，2024-02-15
-
6. DOI
马昕新,李童,王艺霖,陈召
Fano resonance based on a triangular resonator and its application on nanosensing[期刊论文]，Modern Physics Letters B，2024-01-11
-
7. DOI
张雅琴,黄美玉,王洋洋,陈召,黄云清,向雪霜
Attention-based network for passive non-light-of-sight reconstruction in complex scenes[期刊论文]，Visual Computer，2024-01-10
-
8. DOI
蔡家宁,李林浩,陈召,张均营,侯志灵
High performance selective light absorber based on nickel nanopillar array for photothermal conversion[期刊论文]，Journal of Applied Physics，2023-12-18
-
9. DOI
陈召,马昕新,段运鸿,李林浩,张实捷,王艺霖,俞耀伦,侯志灵
Tunable electromagnetically induced absorption based on coupled-resonators in a compact plasmonic system[期刊论文]，OPTICS EXPRESS，2023-10-10
-
10. DOI
王艺霖,谭宇轩,陈召,侯志灵
On-chip plasmonic nanosensor based on multiple Fano resonances in rectangular coupled systems[期刊论文]，Optics Communications，2023-09-09
-
11. DOI
陈召,王艺霖,侯志灵,张鹏飞,于丽
Loaded Slot Cavity Induced Sensing Enhancement and Transparency Based on Plasmonic Structure[期刊论文]，IEEE Sensors Journal，2022-06-17
-
12. DOI
陈召,俞耀伦,王艺霖,侯志灵,于丽
Plasmon-Induced Transparency for Tunable Atom Trapping in a Chiral Metamaterial Structure[期刊论文]，Nanomaterials，2022-02-01
[+][-]
2023年
-
1. DOI
陈召,朱柏旭,马昕新,张实捷,李林浩,李童,王艺霖,侯志灵
Plasmonic nanosensor and pressure-induced transparency based on coupled resonator in a nanoscale system[期刊论文]，OPTICS LETTERS，2024-04-15
-
2. DOI
李连杰,Han, Yaxuan,Yang, Baoyu,Juan, Yong,陈召,张均营,侯志灵
Vanadium dioxide-based H-shaped terahertz metasurface for beam modulation[期刊论文]，Journal of Electromagnetic Waves and Applications，2024-04-14
-
3. DOI
陈召,马昕新,李童,王艺霖
耦合谐振系统中基于Fano共振的光学压力传感器[期刊论文]，物理学报，2024-04-03
-
4. DOI
马昕新,李童,王艺霖,陈召
Baffle Induced Sensing Enhancement for Pressure and Refractive Index Based on Fano Resonance[期刊论文]，Plasmonics，2024-03-07
-
5. DOI
陈召,马昕新,张实捷,李童,王艺霖,侯志灵
Pressure Sensor Based on Optical Resonator in a Compact Plasmonic System[期刊论文]，IEEE Sensors Journal，2024-02-15
-
6. DOI
马昕新,李童,王艺霖,陈召
Fano resonance based on a triangular resonator and its application on nanosensing[期刊论文]，Modern Physics Letters B，2024-01-11
-
7. DOI
张雅琴,黄美玉,王洋洋,陈召,黄云清,向雪霜
Attention-based network for passive non-light-of-sight reconstruction in complex scenes[期刊论文]，Visual Computer，2024-01-10
-
8. DOI
蔡家宁,李林浩,陈召,张均营,侯志灵
High performance selective light absorber based on nickel nanopillar array for photothermal conversion[期刊论文]，Journal of Applied Physics，2023-12-18
-
9. DOI
陈召,马昕新,段运鸿,李林浩,张实捷,王艺霖,俞耀伦,侯志灵
Tunable electromagnetically induced absorption based on coupled-resonators in a compact plasmonic system[期刊论文]，OPTICS EXPRESS，2023-10-10
-
10. DOI
王艺霖,谭宇轩,陈召,侯志灵
On-chip plasmonic nanosensor based on multiple Fano resonances in rectangular coupled systems[期刊论文]，Optics Communications，2023-09-09
-
11. DOI
陈召,王艺霖,侯志灵,张鹏飞,于丽
Loaded Slot Cavity Induced Sensing Enhancement and Transparency Based on Plasmonic Structure[期刊论文]，IEEE Sensors Journal，2022-06-17
-
12. DOI
陈召,俞耀伦,王艺霖,侯志灵,于丽
Plasmon-Induced Transparency for Tunable Atom Trapping in a Chiral Metamaterial Structure[期刊论文]，Nanomaterials，2022-02-01
[+][-]2022年
-
1. DOI
陈召,朱柏旭,马昕新,张实捷,李林浩,李童,王艺霖,侯志灵
Plasmonic nanosensor and pressure-induced transparency based on coupled resonator in a nanoscale system[期刊论文]，OPTICS LETTERS，2024-04-15
-
2. DOI
李连杰,Han, Yaxuan,Yang, Baoyu,Juan, Yong,陈召,张均营,侯志灵
Vanadium dioxide-based H-shaped terahertz metasurface for beam modulation[期刊论文]，Journal of Electromagnetic Waves and Applications，2024-04-14
-
3. DOI
陈召,马昕新,李童,王艺霖
耦合谐振系统中基于Fano共振的光学压力传感器[期刊论文]，物理学报，2024-04-03
-
4. DOI
马昕新,李童,王艺霖,陈召
Baffle Induced Sensing Enhancement for Pressure and Refractive Index Based on Fano Resonance[期刊论文]，Plasmonics，2024-03-07
-
5. DOI
陈召,马昕新,张实捷,李童,王艺霖,侯志灵
Pressure Sensor Based on Optical Resonator in a Compact Plasmonic System[期刊论文]，IEEE Sensors Journal，2024-02-15
-
6. DOI
马昕新,李童,王艺霖,陈召
Fano resonance based on a triangular resonator and its application on nanosensing[期刊论文]，Modern Physics Letters B，2024-01-11
-
7. DOI
张雅琴,黄美玉,王洋洋,陈召,黄云清,向雪霜
Attention-based network for passive non-light-of-sight reconstruction in complex scenes[期刊论文]，Visual Computer，2024-01-10
-
8. DOI
蔡家宁,李林浩,陈召,张均营,侯志灵
High performance selective light absorber based on nickel nanopillar array for photothermal conversion[期刊论文]，Journal of Applied Physics，2023-12-18
-
9. DOI
陈召,马昕新,段运鸿,李林浩,张实捷,王艺霖,俞耀伦,侯志灵
Tunable electromagnetically induced absorption based on coupled-resonators in a compact plasmonic system[期刊论文]，OPTICS EXPRESS，2023-10-10
-
10. DOI
王艺霖,谭宇轩,陈召,侯志灵
On-chip plasmonic nanosensor based on multiple Fano resonances in rectangular coupled systems[期刊论文]，Optics Communications，2023-09-09
-
11. DOI
陈召,王艺霖,侯志灵,张鹏飞,于丽
Loaded Slot Cavity Induced Sensing Enhancement and Transparency Based on Plasmonic Structure[期刊论文]，IEEE Sensors Journal，2022-06-17
-
12. DOI
陈召,俞耀伦,王艺霖,侯志灵,于丽
Plasmon-Induced Transparency for Tunable Atom Trapping in a Chiral Metamaterial Structure[期刊论文]，Nanomaterials，2022-02-01
[+][-]2021年
-
1. DOI
陈召,朱柏旭,马昕新,张实捷,李林浩,李童,王艺霖,侯志灵
Plasmonic nanosensor and pressure-induced transparency based on coupled resonator in a nanoscale system[期刊论文]，OPTICS LETTERS，2024-04-15
-
2. DOI
李连杰,Han, Yaxuan,Yang, Baoyu,Juan, Yong,陈召,张均营,侯志灵
Vanadium dioxide-based H-shaped terahertz metasurface for beam modulation[期刊论文]，Journal of Electromagnetic Waves and Applications，2024-04-14
-
3. DOI
陈召,马昕新,李童,王艺霖
耦合谐振系统中基于Fano共振的光学压力传感器[期刊论文]，物理学报，2024-04-03
-
4. DOI
马昕新,李童,王艺霖,陈召
Baffle Induced Sensing Enhancement for Pressure and Refractive Index Based on Fano Resonance[期刊论文]，Plasmonics，2024-03-07
-
5. DOI
陈召,马昕新,张实捷,李童,王艺霖,侯志灵
Pressure Sensor Based on Optical Resonator in a Compact Plasmonic System[期刊论文]，IEEE Sensors Journal，2024-02-15
-
6. DOI
马昕新,李童,王艺霖,陈召
Fano resonance based on a triangular resonator and its application on nanosensing[期刊论文]，Modern Physics Letters B，2024-01-11
-
7. DOI
张雅琴,黄美玉,王洋洋,陈召,黄云清,向雪霜
Attention-based network for passive non-light-of-sight reconstruction in complex scenes[期刊论文]，Visual Computer，2024-01-10
-
8. DOI
蔡家宁,李林浩,陈召,张均营,侯志灵
High performance selective light absorber based on nickel nanopillar array for photothermal conversion[期刊论文]，Journal of Applied Physics，2023-12-18
-
9. DOI
陈召,马昕新,段运鸿,李林浩,张实捷,王艺霖,俞耀伦,侯志灵
Tunable electromagnetically induced absorption based on coupled-resonators in a compact plasmonic system[期刊论文]，OPTICS EXPRESS，2023-10-10
-
10. DOI
王艺霖,谭宇轩,陈召,侯志灵
On-chip plasmonic nanosensor based on multiple Fano resonances in rectangular coupled systems[期刊论文]，Optics Communications，2023-09-09
-
11. DOI
陈召,王艺霖,侯志灵,张鹏飞,于丽
Loaded Slot Cavity Induced Sensing Enhancement and Transparency Based on Plasmonic Structure[期刊论文]，IEEE Sensors Journal，2022-06-17
-
12. DOI
陈召,俞耀伦,王艺霖,侯志灵,于丽
Plasmon-Induced Transparency for Tunable Atom Trapping in a Chiral Metamaterial Structure[期刊论文]，Nanomaterials，2022-02-01
[+][-]2020年
-
1. DOI
陈召,朱柏旭,马昕新,张实捷,李林浩,李童,王艺霖,侯志灵
Plasmonic nanosensor and pressure-induced transparency based on coupled resonator in a nanoscale system[期刊论文]，OPTICS LETTERS，2024-04-15
-
2. DOI
李连杰,Han, Yaxuan,Yang, Baoyu,Juan, Yong,陈召,张均营,侯志灵
Vanadium dioxide-based H-shaped terahertz metasurface for beam modulation[期刊论文]，Journal of Electromagnetic Waves and Applications，2024-04-14
-
3. DOI
陈召,马昕新,李童,王艺霖
耦合谐振系统中基于Fano共振的光学压力传感器[期刊论文]，物理学报，2024-04-03
-
4. DOI
马昕新,李童,王艺霖,陈召
Baffle Induced Sensing Enhancement for Pressure and Refractive Index Based on Fano Resonance[期刊论文]，Plasmonics，2024-03-07
-
5. DOI
陈召,马昕新,张实捷,李童,王艺霖,侯志灵
Pressure Sensor Based on Optical Resonator in a Compact Plasmonic System[期刊论文]，IEEE Sensors Journal，2024-02-15
-
6. DOI
马昕新,李童,王艺霖,陈召
Fano resonance based on a triangular resonator and its application on nanosensing[期刊论文]，Modern Physics Letters B，2024-01-11
-
7. DOI
张雅琴,黄美玉,王洋洋,陈召,黄云清,向雪霜
Attention-based network for passive non-light-of-sight reconstruction in complex scenes[期刊论文]，Visual Computer，2024-01-10
-
8. DOI
蔡家宁,李林浩,陈召,张均营,侯志灵
High performance selective light absorber based on nickel nanopillar array for photothermal conversion[期刊论文]，Journal of Applied Physics，2023-12-18
-
9. DOI
陈召,马昕新,段运鸿,李林浩,张实捷,王艺霖,俞耀伦,侯志灵
Tunable electromagnetically induced absorption based on coupled-resonators in a compact plasmonic system[期刊论文]，OPTICS EXPRESS，2023-10-10
-
10. DOI
王艺霖,谭宇轩,陈召,侯志灵
On-chip plasmonic nanosensor based on multiple Fano resonances in rectangular coupled systems[期刊论文]，Optics Communications，2023-09-09
-
11. DOI
陈召,王艺霖,侯志灵,张鹏飞,于丽
Loaded Slot Cavity Induced Sensing Enhancement and Transparency Based on Plasmonic Structure[期刊论文]，IEEE Sensors Journal，2022-06-17
-
12. DOI
陈召,俞耀伦,王艺霖,侯志灵,于丽
Plasmon-Induced Transparency for Tunable Atom Trapping in a Chiral Metamaterial Structure[期刊论文]，Nanomaterials，2022-02-01
[+][-]2020年之前
-
1. DOI
陈召,朱柏旭,马昕新,张实捷,李林浩,李童,王艺霖,侯志灵
Plasmonic nanosensor and pressure-induced transparency based on coupled resonator in a nanoscale system[期刊论文]，OPTICS LETTERS，2024-04-15
-
2. DOI
李连杰,Han, Yaxuan,Yang, Baoyu,Juan, Yong,陈召,张均营,侯志灵
Vanadium dioxide-based H-shaped terahertz metasurface for beam modulation[期刊论文]，Journal of Electromagnetic Waves and Applications，2024-04-14
-
3. DOI
陈召,马昕新,李童,王艺霖
耦合谐振系统中基于Fano共振的光学压力传感器[期刊论文]，物理学报，2024-04-03
-
4. DOI
马昕新,李童,王艺霖,陈召
Baffle Induced Sensing Enhancement for Pressure and Refractive Index Based on Fano Resonance[期刊论文]，Plasmonics，2024-03-07
-
5. DOI
陈召,马昕新,张实捷,李童,王艺霖,侯志灵
Pressure Sensor Based on Optical Resonator in a Compact Plasmonic System[期刊论文]，IEEE Sensors Journal，2024-02-15
-
6. DOI
马昕新,李童,王艺霖,陈召
Fano resonance based on a triangular resonator and its application on nanosensing[期刊论文]，Modern Physics Letters B，2024-01-11
-
7. DOI
张雅琴,黄美玉,王洋洋,陈召,黄云清,向雪霜
Attention-based network for passive non-light-of-sight reconstruction in complex scenes[期刊论文]，Visual Computer，2024-01-10
-
8. DOI
蔡家宁,李林浩,陈召,张均营,侯志灵
High performance selective light absorber based on nickel nanopillar array for photothermal conversion[期刊论文]，Journal of Applied Physics，2023-12-18
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9. DOI
陈召,马昕新,段运鸿,李林浩,张实捷,王艺霖,俞耀伦,侯志灵
Tunable electromagnetically induced absorption based on coupled-resonators in a compact plasmonic system[期刊论文]，OPTICS EXPRESS，2023-10-10
-
10. DOI
王艺霖,谭宇轩,陈召,侯志灵
On-chip plasmonic nanosensor based on multiple Fano resonances in rectangular coupled systems[期刊论文]，Optics Communications，2023-09-09
-
11. DOI
陈召,王艺霖,侯志灵,张鹏飞,于丽
Loaded Slot Cavity Induced Sensing Enhancement and Transparency Based on Plasmonic Structure[期刊论文]，IEEE Sensors Journal，2022-06-17
-
12. DOI
陈召,俞耀伦,王艺霖,侯志灵,于丽
Plasmon-Induced Transparency for Tunable Atom Trapping in a Chiral Metamaterial Structure[期刊论文]，Nanomaterials，2022-02-01
专利
- 1. 一种手性调控电磁诱导透明现象的结构 ，CN114167529A
招生信息
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