不同形貌氧化锌微米晶体的水热法控制合成OA

A method of hydrothermal synthesis coupled with activation etching was employed to synthesize zinc oxide(ZnO)particles with six distinct morphologies:rod,tube,screw,rod-flower,tube-flower,and screw-flower.The controlled synthesis of ZnO from dispersed rods to aggregated rod-flower clusters was achieved by adjusting the parameters of the hydrothermal reaction.Moreover,by exploiting the differences in the stability of various crystal faces,a customized post-etching method was used to effectively control the morphological evolution of ZnO from rod-like structure to tubular and screw-like structures.The results of photoelectrochemical test indicated that the distinct morphology of ZnO played a significant role in its photoelectrochemical property.These findings offer valuable insights into the synthesis of ZnO with specific morphologies to tailor its properties for particular application.