纳米发电机

并利用超声波和电磁波分别驱动CdS半导体纳米发电机，分析了纳米发电机在超声波和电磁波驱动下的电流输出特性、影响因素及发电机理。

And the use of ultrasonic and electromagnetic waves were driving CdS semiconductor nano-generators , and current output characteristics of the nano-generator in the ultrasonic and electromagnetic waves driven by impact factor and generator management .

从而证明，采用电磁波驱动的CdS新型纳米发电机模型不仅能够变害为利完成电磁能与电能之间的转化，而且其转化效率和电流输出值均有很大程度的提高。

Thereby proving that the electromagnetic drive new CdS nano-generator model can change not only harm into the completion of the conversion between electromagnetic energy and electrical energy and its conversion efficiency and current output , a big improvement in the level .

压电式纳米发电机的原理和潜在应用

Piezoelectric nanogenerators & their Principle and Potential Applications

本文旨在通过对静电式纳米发电机的开发、优化而实现振动能的收集和电能的输出。

This thesis aims to the exploitation and optimization of the novel structure , resulting in the harvesting of vibrational energy and output of electricity .

利用电磁感应定律制备的ZnO纳米半导体发电机，其输出输出电流值大大提高，从nA数量级达到了uA数量级。

Use of electromagnetic induction law of the preparation of nanometer ZnO semiconductor generators , the output value greatly improved , from nA orders of magnitude reached the uA orders of magnitude .

如果把更多的纳米线和纳米发电机放在一起，就足以为更大的电子产品提供电能，比如为一台ipod或一部手机充电。

Additional nanowires and more nanogenerators , stacked together , could produce enough energy for powering larger electronics , such as an ipod or charging a cell phone .