| 초록 |
We present a versatile strategy for enhancing the optoelectrical properties of the SWNTs/binder hybrid thin films by controlling the intermolecular interaction at the interface between the nanotube and the binder materials. Aiming at this goal, silane binders having various functional groups (hydroxyl, methyl, vinyl, phenyl) were used. We also present a simple process for the fabrication of high performance transparent conducting films that contain SWCNTs noncovalently coated with an ultrathin titania layer. Such a precise control of the optoelectrical properties of SWNT/binder films can be useful to fabricate the high performance conductive thin films, with ramifications for understanding the fundamental intermolecular interaction in carbon materials science. |
