首页> 外文会议>International Conference on Solid-State Sensors, Actuators and Microsystems & Eurosensors XXXIII >Temperature Difference Measurement Across Mems Based Nanogap Created by Cleavage of Silicon for Thermionic Generation
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Temperature Difference Measurement Across Mems Based Nanogap Created by Cleavage of Silicon for Thermionic Generation

机译:硅裂解产生热电子产生的基于记忆的纳米间隙的温度差测量

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Thermionic generation using nanogaps may use for energy harvesting at room temperature. Thermionic generation requires nanogap with a gap distance of several nm to several tens nm, and it is desirable that the opposing surfaces of the gap be parallel and smooth with a large area. We fabricated a 57 nm nanogap of 21.6(4.32×5.0) μm
机译:使用纳米间隙的热电子产生可用于室温下的能量收集。热电子的产生需要具有几纳米到几十纳米的间隙距离的纳米间隙,并且期望间隙的相对表面平行并且具有大面积的光滑度。我们制造了21.6(4.32×5.0)μm的57 nm纳米间隙

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