超级电容器的直接激光写入

L. Thekkekara
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引用次数: 1

摘要

激光直接书写是一种单步加工技术,可用于亚衍射极限以下的微纳米结构。近年来,该技术被用于制造具有柔性和可拉伸性的片上储能。激光写入所考虑的能量存储的主要类别属于超级电容器家族,与传统电池相比,超级电容器以高电荷转移率,更长的寿命和更短的充电时间而闻名。该技术探索了非爆炸性全固态储能与便携式和可穿戴应用集成的可能性。这些特性有助于开发自供电的自动设备、车辆和自力更生的基础设施。在这一章中,我们讨论了用激光直接写入技术制造微型超级电容器的进展、挑战和展望。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Direct Laser Writing of Supercapacitors
Direct laser writing is a single-step fabrication technique for the micro and nanostructures even below the sub-diffraction limits. In recent times, the technique is adapted to the fabrication of on-chip energy storages with additional features of flexibility and stretchability. The major category of the energy storages taken into consideration for laser writing belongs to the family of supercapacitors which is known for the high rate of charge transfer, longer life spans and lesser charging times in comparison with traditional batteries. The technology explores the possibilities of non-explosive all solid-state energy storage integration with portable and wearable applications. These features can enable the development of self-powered autonomous devices, vehicles and self-reliant infrastructures. In this chapter, we discuss the progress, challenges and perspectives of micro-supercapacitors fabricated using direct laser writing.
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