CAJ | 학술논문

介质阻挡放电等离子体因其高效、经济和易操作等优点，使得其在材料表面改性方面得到了广泛的应用，同时表现出良好的应用前景。碳基材料由于其许多良好的物化性能，使得其在很多领域都得到了很好的应用。而经 DBD 改性后的碳基材料表现出更好的物化性能，应用更加广泛。主要综述了 DBD 在改性碳基材料方面的研究现状，包括活性基团的引入，DBD 改性对碳基材料界面结合能、吸附性能、物理结构及其对负载组分分散度的影响。指出改性过程中仍然存在的许多不够完善之处，提出许多需要进一步深入研究的问题，如 DBD 改性对碳基材料物化性能影响的机理研究，并展望了 DBD 改性碳基材料技术未来的发展前景。
개질조당방전등리자체인기고효、경제화역조작등우점，사득기재재료표면개성방면득도료엄범적응용，동시표현출량호적응용전경。탄기재료유우기허다량호적물화성능，사득기재흔다영역도득도료흔호적응용。이경 DBD 개성후적탄기재료표현출경호적물화성능，응용경가엄범。주요종술료 DBD 재개성탄기재료방면적연구현상，포괄활성기단적인입，DBD 개성대탄기재료계면결합능、흡부성능、물리결구급기대부재조분분산도적영향。지출개성과정중잉연존재적허다불구완선지처，제출허다수요진일보심입연구적문제，여 DBD 개성대탄기재료물화성능영향적궤리연구，병전망료 DBD 개성탄기재료기술미래적발전전경。
The dielectric barrier discharge (DBD) non-thermal plasma has shown a good application prospect in material surface modification due to its high efficiency,low-cost and easy operation,etc. Carbon based materials have been widely applied in many fields because of their many excellent physical and chemical properties. Carbon based materials show better physical and chemical properties after modified by DBD plasma. This review mainly summarized the research status of DBD modification of carbon based materials. The impacts of DBD modification on the introduction of active groups,interface binding energy of carbon based materials,adsorption performance,physical structure and dispersion of load components are included. Some defects of DBD modification that need to be improved and further researched are put forward.