高纯度纳米金字塔及其局域等离子体性质
Nanopyramid With High Purity And Their Local Plasmonic Properties
金纳米金字塔颗粒（Au NBPs）具有长轴可调谐共振等优异的光学性能。它在室温生物成像探针和生物分析传感器中有着广泛的应用。本文合成了纯度为95%的Au NBPs，获得了Au NBP在近红外波段的光学响应。我们发现Au NBPs具有很小的电场模式体积，在室温下能与量子点发生强耦合。这为Au NBPs在材料、生物医学和量子信息领域提供了新的应用。
u nanopyramid particles (Au NBPs) are highly desirable for its remarkable optical properties such as long-range tunable resonance. It has wide applications in room-temperature bioimaging probes and bioanalytical sensors. In this paper, we synthesize Au NBPs with a purity of 95%, and obtain the optical response of Au NBP in near infrared regime. We find that Au NBPs have small mode volume of electric field which can lead to the strong coupling with quantum dots at room temperature. It provides novel applications for Au NBPs in fields of materials, biomedical science, and quantum information.
邱曼、于丽
生物物理学光电子技术生物工程学
u NBP光学材料与性能强耦合量子点?????
u nanopyramidOptical materials and propertiesStrong couplingQuantum dot
邱曼,于丽.高纯度纳米金字塔及其局域等离子体性质[EB/OL].(2021-03-24)[2025-08-05].http://www.paper.edu.cn/releasepaper/content/202103-268.点此复制
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