CAJ | 학술논문

通过控制催化前驱体(酒石酸铜)的电化学氧化在金属表面形成了铜催化剂,并通过铜催化裂解乙炔在金属表面制备了大面积的微米螺旋炭丝.用SEM,FT-IR,XPS和测接触角对所制制螺旋炭丝进行了表征.发现螺旋炭丝具有非常好的化学稳定性和全PH范围的超疏水性质.这种炭丝被期待用做特殊的界面功能材料.
통과공제최화전구체(주석산동)적전화학양화재금속표면형성료동최화제,병통과동최화렬해을결재금속표면제비료대면적적미미라선탄사.용SEM,FT-IR,XPS화측접촉각대소제제라선탄사진행료표정.발현라선탄사구유비상호적화학은정성화전PH범위적초소수성질.저충탄사피기대용주특수적계면공능재료.
Large-area helical carbon microcoils were prepared over metal surfaces by the copper-catalyzed pyrolysis of acetylene. The copper catalyst was formed on the metal surface by the electrochemical oxidation of a catalytic precursor (copper tartrate). The coils were characterized by SEM, FT-IR, XPS, and contact angle measurements. It was found that the coils had intrinsic chemical stability and were superhydrophobic over a wide range of pH values from 1 to 14. It is considered that such materials can be used as special interfacial functional materials.