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Demonstration of a Resonance Condition Monitor on a Silicon Nanobeam Cavity by using a Photoconductive Graphene Heater

机译：使用光电导石墨烯加热器在硅纳米孔腔上的共振状态监测器示范

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We demonstrate a resonance condition monitor by using a photoconductive graphene micro-heater on a silicon nanobeam cavity. The heater also shows a large thermo-optic tuning efficiency of 1.97 nm/mW to tune the resonance wavelength.

机译：我们通过在硅纳米孔腔上使用光电导石墨烯微加热器来展示共振状态监测器。加热器还显示出1.97nm / mW的大的热视光调节效率，以调谐谐振波长。

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《Asia Communications and Photonics Conference》|2019年|794p|共3页
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Tao Guo; Wei Yao; Ciyuan Qiu;
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2. Control of Fano resonances in photonic crystal nanobeams side-coupled with nanobeam cavities and their applications to refractive index sensing [J] . Meng Zi-Ming, Li Zhi-Yuan Journal of Physics, D. Applied Physics: A Europhysics Journal . 2018,第9期

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3. Fano resonances in photonic crystal nanobeams side-coupled with nanobeam cavities [J] . Zi-Ming Meng, Anhui Liang, Zhi-Yuan Li Journal of Applied Physics . 2017,第19期

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4. Demonstration of a Resonance Condition Monitor on a Silicon Nanobeam Cavity by using a Photoconductive Graphene Heater [C] . Tao Guo, Wei Yao, Ciyuan Qiu Asia Communications and Photonics Conference . 2019

机译：使用光电导石墨烯加热器在硅纳米束腔上进行共振状态监测器的演示
5. Interface Structure of Graphene on Silicon Carbide for Various Preparation Conditions [D] . Srivastava, Nishtha 2012

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7. Generating Fano Resonances in a Single-Waveguide Silicon Nanobeam Cavity for Efficient Electro-Optical Modulation [O] . -1

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8. Effect of Atomic Layer Deposition on the Quality Factor of Silicon Nanobeam Cavities. [R] . A. Homyk A. Saeynaetjoki J. Hendrickson M. Gehl R. Gibson 2012

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Demonstration of a Resonance Condition Monitor on a Silicon Nanobeam Cavity by using a Photoconductive Graphene Heater

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