In this paper, a fast response flexible humidity sensor based on poly tetra fluoroethylene (PTFE) micropore substrate is reported. Interdigited electrodes were ...
Interdigited electrodes were fabricated on the PTFE substrate with conductive silver paste by screen-printing process. And graphene oxide dispersion was dropped.
The humidity sensors with the sensitive material of GO exhibit high sensitivity, wide range, and fast response/recovery time [15,16].
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This paper has studied flexible capacitive humidity sensors fabricated on porous PTFE substrates. Graphene oxide (GO) was used as a sensing material.
It is demonstrated that the flexible capacitive humidity sensors fabricated on the ethanol-treated hydrophobic PTFE exhibit high sensitivity, ...
A flexible resistive sensor that could detect humidity in the range of 20%RH–80%RH utilizes a micropore PTFE substrate [9]. However, the unique properties ...
A Fast Response Flexible Humidity Sensor based on PTFE Micropore Substrate · Materials Science, Engineering. 2019 IEEE SENSORS · 2019.
The porous structure of the PIM flexible humidity sensor endows it with a fast and reversible response at room temperature. Such PIM flexible humidity ...
Missing: Micropore | Show results with:Micropore
A Fast Response Flexible Humidity Sensor based on PTFE Micropore Substrate. Conference Paper. Oct 2019. Wenhao Chen · Zhenyu Wei · Jianqiu Huang · Qing ...
We report a flexible resistive humidity sensor based on a MoS 2 /GO composite film that was fabricated by mixing different volumes of MoS 2 and GO dispersions.
Missing: PTFE Micropore Substrate.