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首页> 外文期刊>Advanced Functional Materials >Programmable Persistent Interfacial Metallic State Induced by Frozen Ions in Inorganic-Glass Solid Electrolyte
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Programmable Persistent Interfacial Metallic State Induced by Frozen Ions in Inorganic-Glass Solid Electrolyte

机译：冷冻离子在无机玻璃固体电解质中诱导的可编程持久性界面金属态

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摘要

Electric field control of charge carrier density through dielectric layers has long been a key technology in the semiconductor industry and condensed-matter physics. The new carrier-doping method by the electric double layers (EDLs) opens up the route to access clean carrier doping with high carrier density, but this method is not practical for a switching device due to its slow response to the electric field. However, if this slow response could be stopped at room temperature as an extreme case, the EDL method can become the practical means for materials design, which produces a persistent carrier-doped state without impurity introduction or continuous supply of external electric fields. Here, it is demonstrated that the thermally programmable persistent interfacial metallic state can be realized around room temperature by all-solid heterointerface devices using an inorganic-glass solid electrolyte as a gate insulator. The proposed device, in this study, could pave the way for designing a new category of a highly carrier-doped semiconductor.
机译：长期以来，通过介电层控制电荷载流子密度的电场一直是半导体工业和凝聚态物理中的一项关键技术。通过双电层（EDL）进行的新载流子掺杂方法开辟了以高载流子密度进行清洁载流子掺杂的途径，但是由于该方法对电场的响应较慢，因此该方法不适用于开关器件。但是，如果极端情况下这种缓慢的响应可以在室温下停止，则EDL方法可以成为材料设计的实用方法，它可以产生持久的载流子掺杂状态，而不会引入杂质或持续提供外部电场。在此，证明了通过使用无机玻璃固体电解质作为栅极绝缘体的全固体异质界面装置，能够在室温附近实现热可编程的持久界面金属状态。在这项研究中，拟议中的器件可以为设计一种新型的高载流子掺杂半导体铺平道路。

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