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3.0V电压条件下电解锌生长形貌研究
引用本文:熊晋,徐献芝,李芬,宋辉.3.0V电压条件下电解锌生长形貌研究[J].煤炭技术,2012,31(2):194-196.
作者姓名:熊晋  徐献芝  李芬  宋辉
作者单位:中国科学技术大学近代力学系,合肥,230027
摘    要:当30%KOH溶液溶解一定量ZnO达到饱和,常温下通以3.0V电压,电解锌以类似于DLA有限扩散凝聚模型的方式呈平面切向中心式生长方式生长;如果升高温度至35°C并加以水平搅拌,电解锌沿着垂直于极板方向呈法向生长。2种生长方式都是具有一定致密性的分叉式结构,具有统计意义上的标度不变性和自相似性。

关 键 词:凝聚  沉积  分形生长

Study on Growth Morphologies of Electrolytic Zinc in 3.0 Voltage
XIONG Jin , XU Xian-zhi , LI Fen , SONG Hui.Study on Growth Morphologies of Electrolytic Zinc in 3.0 Voltage[J].Coal Technology,2012,31(2):194-196.
Authors:XIONG Jin  XU Xian-zhi  LI Fen  SONG Hui
Affiliation:(Department of Mordern Mechanics,University of Science & Technology of China,Hefei 230027,China)
Abstract:The 30% KOH solution,with saturated ZnO dissolved in a normal temperature,connected to 3.0V voltage,will cause electrolytic zinc to grow in a way similar to DLA diffusion-limited aggregation model,and it is the pattern of plane tangential center-type growth;if the temperature is increased to 35°C and some horizontal stirs are carried out,electrolytic zinc will grow in a way of normal direction vertical to a plate.Electrolytic zinc of the two growth modes above is furcate and somewhat dense,with statistical invariance on the different scales and self similarity.
Keywords:aggregation  deposit  fractal grow
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