nano carbon materials having multiple hydrogen bonding motifs for electrode in supercapacitors

摘要

The present invention higher order structure by multiple hydrogen bonds to be used as the electrode supercapacitors relates to a carbon nanomaterial having the electrode, the electrode in supercapacitors, the electrode, are formed of carbon nano material, the nano-carbon material is carbon nanotubes by introducing a functional group capable of hydrogen bonding to the surface or multi-terminal forming an electrode material consisting of multiple hydrogen bonds between the material, and by the multiple hydrogen bonds that are used for high-capacity capacitor electrode having a second electrode using the same as a higher-order structure of the carbon nano-electrode material in a technical base. Accordingly, electrical conductivity is excellent, but using carbon nanomaterials to the electrode, the carbon introducing a functional group that can make a three or more multi-hydrogen bond on a conductive carbon nano material, such as without the use of dispersant and having a higher order structure by multiple hydrogen-bonding to form the nano-paste material, the other conductive and non-power storage capacity of the electrodes by utilizing it as an electrode in supercapacitors there is an advantage that good to improve the performance of supercapacitors. ;