石墨烯目前最接近量产且“高大上”的应用是电子触摸屏,电子触摸屏由上下两片石墨烯透明电极和中间规则排列的大量微小的绝缘体组成。手指压按触摸屏时,上下两片石墨烯扭接触到一起,产生电信号,手指离开,两片石墨烯自动分离。对这些电信号进行数据处理实现触屏操作。2010年,韩国三星公司和成均馆大学在研究一个63厘米宽的纯石墨烯,并用该石墨烯制造了柔性触摸屏。采用这项技术的手机具有更好的触控性能、更长的待机时间以及更优的导热性能。这也是一项很有难度应用,对此姜达解 Graphene is currently the most mass production and “tall on ” application is the electronic touch screen, electronic touch screen by the upper and lower two graphene transparent electrodes and the middle of the rule arrangement of a large number of tiny insulators. When the finger presses the touch screen, two pieces of graphene are twisted up and down to generate an electrical signal. When the finger is away, two pieces of graphene are automatically separated. Data processing of these electrical signals to achieve touch screen operation. In 2010, South Korea’s Samsung Corporation and Sungkyunkwan University were studying a 63 cm wide pure graphene and using that graphene to create a flexible touch screen. Mobile phones using this technology have better touch performance, longer standby time and better thermal conductivity. This is also a very difficult application, which Jiang Da solution