| 초록 |
A porous material prepared by methods of freeze-drying is generally termed a cryogel. Aerogel-like cryogels have extremely low densities, large open pores, and a high inner surface area due to their three-dimensional network structures. Given these characteristics, aerogel-like cryogels have received much attention in recent years in a wide range of areas. Recently, three-dimensionally organized carbon nanotube (CNT)-based materials have been investigated in various areas, due to the properties resulting from their characteristic carbon structure, such as their good electron conducting properties and large surface area. Thus, it is speculated that the integration of sol-gel science and reinforcement by CNTs, which expect a synergistic effect of unique physical, chemical, and structural properties, will be affordable. In this study, a three dimensional, interconnecting network of bacterial cellulose and CNTs could be obtained |
