2019SID Symposium Digest of Technical PapersRequires access

P‐141: Research on the Improvements of Invisibility of Metal Mesh Touch Panel and Influencing Factors

Xinxiu Zhang, Zongjie Guo, Xiaodong Xie, Zouming Xu, Zhongzheng Yang, Min HeJing Wang

Open publisher page 4 citations

Abstract

This thesis takes the metal mesh touch panels as the research objects, firstly discusses the factors that affect the optical invisibility of metal electrode. In order to obtain the best production conditions for the optical invisibility, various parameters of design and process are researched through the software simulation and experiment. Finally, the effects of new technology on the metal mesh invisibility are also studied.

About this research paper

What this paper is about

This thesis takes the metal mesh touch panels as the research objects, firstly discusses the factors that affect the optical invisibility of metal electrode. In order to obtain the best production conditions for the optical invisibility, various parameters of design and process are researched through the software simulation and experiment. Finally, the effects of new technology on the metal mesh invisibility are also studied.

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This thesis takes the metal mesh touch panels as the research objects, firstly discusses the factors that affect the optical invisibility of metal electrode. In order to obtain the best production conditions for the optical invisibility, various parameters of design and process are researched through the software simulation and experiment. Finally, the effects of new technology on the metal mesh invisibility are also studied.

Key concepts: Invisibility, Software, Materials science, Process (computing), Computer science, Nanotechnology, Engineering, Optics

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P‐141: Research on the Improvements of Invisibility of Metal Mesh Touch Panel and Influencing Factors — Research Paper | ScholarLens