石墨烯功能
这些限制因此敦促解决方案的发展使储存能量的设备是由一个超级电容器或开发电池能够相互提供这两个优点,剥夺任何妥协。同样,随着硅发电的能力自定的波长的光。这个属性是在与石墨烯功能的所有波长的能力,与一个含义,石墨烯的潜力不仅仅是同样有效,而更高的效率比硅或氧化铟锡,是目前使用最广泛的包括砷化镓。
石墨烯功能
These limitations therefore urge that the development of solution to make devices that stores energy as is done by a super capacitor or developing a battery that is capable to deliver mutually these two positive features, deprived of any compromises.Likewise, as silicon has the ability of electricity generation commencing from definite bands of wavelength of light. This property is in contrary to graphene’s ability to function at all the wavelengths, with an implication that graphene’s potential is not just equally efficient rather higher efficient as compared to silicon or indium tin oxide that is currently most widely utilized including gallium arsenide.
