【摘要】 基于石墨纳米材料，成功制备金属-石墨-金属结构电磁诱导势阱效应室温太赫兹探测器，实现了高性能的室温太赫兹探测。器件在 0.035 THz 的响应率达到 20 kV/W，在 0.1673 THz 的响应率达到 11 kV/W，器件在0.035 THz 的噪声等效功率达到■，在 0.1673 THz 的噪声等效功率达到■。我们的研究结果为石墨烯太赫兹探测器提供新的思路。更多还原

【Abstract】 We demonstrate a room-temperature sub-terahertz photoconductive detector based on graphite nanosheet（GN）using electromagnetic induced well（EIW）effect produced in the metal-GN-metal structure. The detector achieves high performance of room-temperature THz detection. It shows a responsivity of over 20 kV/W at 0. 035 THz and 11 kV/W at 0. 1673 THz,as well as NEP of about 1. 25 pW/Hz^1/2at 0. 035 THz and 2. 27 pW/Hz^1/2at 0. 1673 THz,respectively. The results open up a new idea for graphene-based THz detection.更多还原