| 초록 |
The hybridization of CNT with graphene has been researched due to large specific surface area, fast mass transfer and mechanical∙chemical stability. In addition, the performance has been further improved by nitrogen doping because N-doped can play a vital role in making strong polar interaction between the CO2 molecules and nitrogen doped site. These 3D architectures have been studied in various environmental applications because their adsorption capability. Recently, N-doped carbon materials have shown better performance in environment adsorbent applications as reported in literature. In this work, we synthesize N-doped and CNT growth on 3D reduced graphene using microwave for applications into CO2 adsorption |
