Abstract：1D nanostructured ZnFOH arrays including nanoprism(NP) array and nanobelt(NB) array were fabricated by hydrothermal route. The deposition manner of ZnFOH on the different substrate has been investigated. At low pH＝6.0， rhombus NP array on the ZnO seed substrate is formed which originate from the intrinsic crystalline habit of orthorhombic crystal. At higher pH＝8.0， ZnFOH NB array on the Zn2＋ substrate is formed owing to the preferential adsorption on the (010) plane of the nucleus. NH4F plays a role as a control agent to accommodate the supersaturation of ZnF＋ which facilitates the heterogeneous nucleation on the substrate.
花胜权,胡小艳,汪 恒. 基于NH4F为形态控制剂控制ZnFOH纳米柱和纳米带的生长[J]. 华中师范大学学报(自然科学版), 2020, 54(5): 775-780.
HUA Shengquan,HU Xiaoyan,WANG Heng. Controlled growth of ZnFOH nanoprisms and nanobelts with NH4F as a morphology control agent. journal1, 2020, 54(5): 775-780.
2020, Vol. 54 
