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Nano-piezoelectric Ceramics Power Supply Based on Single Electron Storage

机译：基于单电子存储的纳米压电陶瓷电源

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摘要

Nano-piezoelectric ceramics power supply can achieve the self-power supply of nano-electron equipment under passive condition, and realize its power supply' integration and microminiaturization. According to piezoelectricity and nano-electronics, depend on the analysis of conventional dimension multilayer piezoelectric ceramics power supply, study the structure composition and operating principle of nano-piezoelectric ceramics power supply based on floating gate type quantum-dots based single electron storage. Then analyze the structure and character of single electron storage based on single electron transistor, and deduce the formulas between alternation of gate potential and stored electron number through theory method, establish firm theoretical foundation for the design of nano-piezoelectric ceramics power supply.
机译：纳米压电陶瓷电源可以在被动条件下实现纳米电子设备的自电源，实现其电源的集成和微纯化。根据压电和纳米电子器件，取决于传统尺寸多层压电陶瓷电源的分析，基于浮栅型量子点的单电子储存研究纳米压电陶瓷电源的结构组成和操作原理。然后基于单电子晶体管分析单电子存储的结构和特性，并通过理论方法对栅极电位交替和存储电子数的交替进行推导，建立了纳米压电陶瓷电源设计的坚定理论基础。

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