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In article number 1901744, Steve Park and co‐workers depict the fabrication of a highly uniform and low hysteresis porous pressure sensor. Using microfluidic emulsion, water droplets are generated and assembled in oil solution containing elastomer precursor. Upon annealing, a porous elastomer with uniform pore size is formed. The elastomer is then grafted with conductive polymer.
Sensor‐to‐sensor variability and high hysteresis of composite‐based piezoresistive pressure sensors are two critical issues that need to be solved to enable their practical applicability. In this work, a piezoresistive pressure sensor composed of an elastomer template with uniformly sized and arranged pores, and a chemically grafted conductive polymer film on the surface of the pores is presented...
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