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Fluidic soft sensors have been widely used in wearable devices for human motion capturing. However, thus far, the biocompatibility of the conductive liquid, the linearity of the sensing signal, and the hysteresis between the loading and release processes have limited the sensing quality as well as the applications of these sensors. In this paper, silicone based strain and force sensors composed of...
In article number 1807058, Robert J. Wood and co‐workers describe a silicone‐based strain and force sensor composed of a novel biocompatible conductive liquid (potassium iodide and glycerol solution). This solution is not only safe to the human body, but also has higher conductivity and lower viscosity compared to previously used biocompatible liquids.
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