| 초록 |
Recent improvements in TiO2 on electrocatalyst have offered. Because it introduces oxygen vacancies, hydrothermal treatment of TiO2 results in a reductive state that has considerable potential for electrical conductivity. In this study, three common hydrothermal treatments were discussed: hydrogen gas flowing at high temperatures, electrochemical reduction in a phosphate buffer solution, and the NaBH4 reduction procedure. The impacts of different treatment techniques on the electrodes are examined by comparing their chlorine evolution reaction electrochemical efficiency, electrochemical stability test, specific surface area, and other surface analyses. The comprehensive discussion sheds fresh light on the use of TiO2 reduction treatment in electrochemistry. |
