据物理学家组织网报道,美国莱斯大学的研究人员通过将石墨烯与光结合,有望设计和制造出更高效的电子设备,以及新型的安全与加密设备。相关研究报告发表在近日出版的《美国化学学会·纳米》杂志上。通常情况下,调整硅半导体性质是借助化学方式对硅进行掺杂。而此次的研究颠覆了这一理念:改用等离子体振子诱导石墨烯掺杂,形成超强、传导性良 According to the Physicists Network, researchers at Rice University in the United States are expected to design and manufacture more efficient electronic devices and new types of security and encryption devices by combining graphene with light. Related research reports published in the recently published “American Chemical Society Nano” magazine. In general, adjusting the properties of silicon semiconductors involves chemical doping of silicon. However, this study subverts this idea: the use of plasmon-induced graphene doping, the formation of super-strong, good conductivity