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In the pandemic era, the development of high‐performance indoor air quality monitoring sensors has become more critical than ever. NO2 is one of the most toxic gases in daily life, which induces severe respiratory diseases. Thus, the real‐time monitoring of low concentrations of NO2 is highly required. Herein, a visible light‐driven ultrasensitive and selective chemoresistive NO2 sensor is presented...
The fundamental challenge in designing transparent pressure sensors is the ideal combination of high optical transparency and high pressure sensitivity. Satisfying these competing demands is commonly achieved by a compromise between the transparency and usage of a patterned dielectric surface, which increases pressure sensitivity, but decreases transparency. Herein, a design strategy for fabricating...
In article number 1703432, Wooyoung Shim and co‐workers propose a design strategy for fabricating high‐transparency and high‐sensitivity capacitive pressure sensors, which relies on the multiple states of nanoparticle dispersity resulting in enhanced surface roughness and light transmittance. Nanoparticle‐dispersed dielectrics are used to build a highly sensitive pressure sensor, which is further...
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