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Recent energetic and environmental problems require alternative energy technologies for innocuous and sustainable energy generation. Among them, liquid-motion-induced electricity generation has drawn large attentions due to the convenience of electricity generation via natural water motions and its suitability for microgrid energy harvesting system. Scientifically, the origin of electricity in this system is known as an effect of electrical double layer (EDL), which is a fundamental property of solid-liquid interface, but detailed interactions in this nanoscale region are still under discussions. In this report, we summarize recent academic researches of liquid-motion-induced electricity generation and introduce the operating mechanism based on ion-dynamic effect at solid-liquid interface. In addition, we also introduce experimental advances in the electricity modulations of the liquid-motion-driven energy transducer via solid-liquid interfacial phenomena. This review will provide comprehensive results of solid-liquid interfacial effects on liquid-motion-driven electricity generation, and suggest prospects for utilization of the system as a probing tool of solidliquid interface.
목차
Abstract
1. 서론
2. 본론
3. 결론
References
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UCI(KEPA) : I410-ECN-0101-2020-420-000475532