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Plasmonic Hot Carrier Detection via SrTiO_3 Interfacial Layer

机译:通过SrTiO_3界面层检测等离子热载流子

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Energetic hot carrier injection from metal plasmonic structure to adjacent semiconductor lies at thecenter of the application of non-radiative decays, photochemical reactions and energy harvesting.Plasmonic hot-electron devices, till now, have been highly focused on a Schottky barrier structures toseparate the energetic carriers before the thermalization. For instance, much efforts were putted inexploring high absorption structure with enough thin metal; enough thin compared to mean free path.However, interfacial engineering of the device; exploring a new device structure, have not been fullyinvestigated.
机译:从金属等离子体结构向相邻半导体注入高能热载流子是应用非辐射衰变,光化学反应和能量收集的中心。迄今为止,等离子体热电子器件一直高度关注肖特基势垒结构以分离高能。载体在热之前。例如,人们投入了很多精力来研究具有足够薄金属的高吸收结构。与平均自由程相比,其厚度足够薄。探索一种新的设备结构,尚未进行充分调查。

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