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Plasmonic Hot Carrier Detection via SrTiO_3 Interfacial Layer

机译:通过SRTIO_3界面层检测等离子体热载体检测

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摘要

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:精力充沛的热载体注射从金属等离子体结构到相邻的半导体呈现非辐射衰变的应用中心,光化学反应和能量收获。直到现在,等离子体热电子器件已经高度专注于肖特基障碍结构在热化之前分开精力充沛的载体。例如,很多努力被推出了探索高吸收结构,具有足够的薄金属;与平均自由路径相比,足够薄。但是,设备的界面工程;探索新的设备结构,没有完全调查。

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