CAJ | 학술논문

综述了纳米铜粒子的制备方法，即机械球磨法、辐射合成法、物理气相沉积法等物理制备法及化学制备法，探讨了改进纳米铜导电油墨防氧化、低温烧结、导电性能等关键问题，以及纳米铜导电油墨在印刷 RFID 电子标签、薄膜开关、触摸屏等方面的应用，并提出纳米铜导电油墨未来的研究方向为：抗氧化、低温烧结、多种印刷方式及产品应用等研究。
종술료납미동입자적제비방법，즉궤계구마법、복사합성법、물리기상침적법등물리제비법급화학제비법，탐토료개진납미동도전유묵방양화、저온소결、도전성능등관건문제，이급납미동도전유묵재인쇄 RFID 전자표첨、박막개관、촉모병등방면적응용，병제출납미동도전유묵미래적연구방향위：항양화、저온소결、다충인쇄방식급산품응용등연구。
The preparation methods of Cu nanoparticles are reviewed, which include mechanical ball milling method, radiation synthesis, physical vapor deposition and chemical method. The key issues of anti-oxidation, low temperature sintering and conductivity improvement of nano-copper conductive ink are discussed. The applications of Cu ink in RFID tags, membrane switches and touch screens are concluded. The research direction of nano-copper conductive ink is put forward as that of anti-oxidation, low temperature sintering, a variety of printing methods and product applications.