中国光学（中英文）2025，Vol.18Issue(1)：78-88,11.DOI:10.37188/CO.2024-0130
基于联合仿真的电润湿三液体透镜结构参数优选方法
Optimizing structural parameters of electrowetting triple-liquid lens based on joint simulation technology
摘要
Abstract
The electrowetting triple-liquid lens has excellent zoom performance,but its structural complexity and design difficulty are relatively high.Therefore,we propose a method for optimizing the structural para-meters of the electrowetting triple-liquid lens based on joint simulation.To design a triple-liquid lens,Com-sol and Zemax software are used to establish triple-liquid lens simulation models under different structural parameters,and its focal lengths under different voltages are obtained.The effects of height and taper on zoom range and initial focal length are analyzed,and a set of structural parameters with the maximum zoom range and the longest initial focal length is determined.To verify the method's reliability,we prepare the triple-liquid lens models with different heights and tapers,and conduct zoom experiments.The simulation and experimental results show that the initial focal length of the triple-liquid lens correlates positively with height and taper;the zoom range correlates positively with taper,but height is the main influencing factor.When the height is 12 mm and the taper is 20°,the lens has the most extensive zoom range and the longest initial focal length.When the taper is less than 15°,the simulation and experimental results are highly con-sistent.关键词
电润湿三液体透镜/联合仿真/变焦实验/参数优选Key words
electrowetting triple-liquid lens/joint simulation/zoom experiment/parameter optimization分类
数理科学引用本文复制引用
黄鹏,宋跃,周斐强,周益航,何国强,谢中毅,张鑫龙..基于联合仿真的电润湿三液体透镜结构参数优选方法[J].中国光学（中英文）,2025,18(1):78-88,11.基金项目
广西科技计划资助项目(No.AB22035041) （No.AB22035041）
梧州市中央引导地方科技发展资金项目(No.202201001) （No.202201001）
桂林理工大学科研启动基金资助(No.GUTQDJJ2016014)Supported by Guangxi Science and Technology Program(No.AB22035041) （No.GUTQDJJ2016014）
Wuzhou Central Leading Local Science and Technology Development Fund(No.202201001) （No.202201001）
Guilin University of Technology Scientific Re-search Startup Fundation(No.GUTQDJJ2016014) （No.GUTQDJJ2016014）
