| 초록 |
As a new type of two-dimensional material, MXene has unique layer structure, excellent electrical conductivity, low density, tunable surface chemistry, and solution processability. After reports of electromagnetic interference, it has been attracted a lot of attention in various fields, especially for lightweight shielding materials. During the etching process, the A atoms between the Mn+1 Xn layers are spontaneously replaced with fluorine (-F), oxygen (-O) and hydroxyl (-OH) end groups. Due to the wet chemical etching process, it has good hydrophilicity and dispersibility, and carbon vacancies give it improved electrical conductivity and improved flexibility. However, compared to the relatively extensive research on the electrical properties of MXene, there is very limited study on its thermal properties. In this work, we analyzed the thermal and optical properties of MXene and conducted research on heat shielding paint using MXene. |
