JOURNAL ARTICLE

Highly sensitive and fast response flexible humidity sensor based on GO/WS2 hybrid composite

Gaohan WangQiang GaoZhe ZhangJiayu WangWendong ZhangXuge Fan

Year: 2025 Journal:   Journal of Physics Conference Series Vol: 2982 (1)Pages: 012023-012023   Publisher: IOP Publishing

Abstract

Abstract This paper studies the performance of a flexible humidity sensor comprising a graphene oxide (GO)/WS 2 composite film. The humidity sensing thin film of GO/WS 2 was deposited on the flexible PI substrate via a facile drop-coating technique. The humidity sensor fabricated using a GO/WS 2 composite exhibited optimal performance when the volume ratio of GO to WS 2 was 1:4. Specifically, as relative humidity (RH) changed from 11% RH to 59% RH, the responsivity of the device was 73% with a sensitivity of 1.52%/%RH. Furthermore, the response time and recovery time of the device are 13.1 seconds and 7.3 seconds, respectively, with excellent stability. The results of this study suggest that WS 2 /GO composite is a promising humidity sensing film for the development of next-generation high-performance humidity sensors.

Keywords:
Composite number Humidity Materials science Composite material Optoelectronics Physics Meteorology

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Topics

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Physical Sciences →  Engineering →  Electrical and Electronic Engineering
2D Materials and Applications
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Transition Metal Oxide Nanomaterials
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