Matches in SemOpenAlex for { <https://semopenalex.org/work/W3216961769> ?p ?o ?g. }
- W3216961769 abstract "Abstract Soft devices that sense touch are important for prosthetics, soft robotics, and electronic skins. One way to sense touch is to use a capacitor consisting of a soft dielectric layer sandwiched between two electrodes. Compressing the capacitor brings the electrodes closer together and thereby increases capacitance. Ideally, sensors of touch should have both large sensitivity and the ability to measure a wide range of stress (dynamic range). Although skin has such capabilities, it remains difficult to achieve both sensitivity and dynamic range in a single manmade sensor. Inspired by skin, this work reports a soft capacitive pressure sensor based on a bilayer of liquid metal elastomer foam (B‐LMEF). The B‐LMEF consists of an elastomer slab (elastic modulus: ≈655 kPa) laminated with a soft liquid metal elastomer foam (LMEF, elastic modulus: ≈7 kPa). The LMEF deforms at small stresses (<10 kPa), and both layers deform at large stresses (>10 kPa). The B‐LMEF has high sensitivity (0.073 kPa –1 ) at small stress and can operate over a large range of stress (200 kPa), which leads to a large dynamic range (≈4.1 × 10 5 ). Additionally, the elastomer slab has a large energy dissipation coefficient; the skin uses this property to cushion the human body from external stress and strain." @default.
- W3216961769 created "2021-12-06" @default.
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- W3216961769 date "2021-11-17" @default.
- W3216961769 modified "2023-10-16" @default.
- W3216961769 title "Skin‐Inspired Capacitive Stress Sensor with Large Dynamic Range via Bilayer Liquid Metal Elastomers" @default.
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- W3216961769 cites W2114682092 @default.
- W3216961769 cites W2119850662 @default.
- W3216961769 cites W2146191673 @default.
- W3216961769 cites W2161210207 @default.
- W3216961769 cites W2191460975 @default.
- W3216961769 cites W2310637128 @default.
- W3216961769 cites W2323415355 @default.
- W3216961769 cites W2412526609 @default.
- W3216961769 cites W2442938455 @default.
- W3216961769 cites W2500554026 @default.
- W3216961769 cites W2560210062 @default.
- W3216961769 cites W2606370452 @default.
- W3216961769 cites W2739613749 @default.
- W3216961769 cites W2761866294 @default.
- W3216961769 cites W2770045479 @default.
- W3216961769 cites W2794972024 @default.
- W3216961769 cites W2800763840 @default.
- W3216961769 cites W2801056241 @default.
- W3216961769 cites W2887792727 @default.
- W3216961769 cites W2894132166 @default.
- W3216961769 cites W2903270083 @default.
- W3216961769 cites W2903415715 @default.
- W3216961769 cites W2904406414 @default.
- W3216961769 cites W2905666732 @default.
- W3216961769 cites W2905797997 @default.
- W3216961769 cites W2907518689 @default.
- W3216961769 cites W2911328468 @default.
- W3216961769 cites W2911544197 @default.
- W3216961769 cites W2911737149 @default.
- W3216961769 cites W2918447250 @default.
- W3216961769 cites W2925764292 @default.
- W3216961769 cites W2929206066 @default.
- W3216961769 cites W2936336033 @default.
- W3216961769 cites W2940762980 @default.
- W3216961769 cites W2941222352 @default.
- W3216961769 cites W2944393950 @default.
- W3216961769 cites W2945184931 @default.
- W3216961769 cites W2947895062 @default.
- W3216961769 cites W2955678149 @default.
- W3216961769 cites W2963602343 @default.
- W3216961769 cites W2967872233 @default.
- W3216961769 cites W2968475394 @default.
- W3216961769 cites W2975591033 @default.
- W3216961769 cites W2979870515 @default.
- W3216961769 cites W2985643512 @default.
- W3216961769 cites W2987601935 @default.
- W3216961769 cites W2990618388 @default.
- W3216961769 cites W2991055446 @default.
- W3216961769 cites W2995120291 @default.
- W3216961769 cites W2995757910 @default.
- W3216961769 cites W2996512277 @default.
- W3216961769 cites W2998705016 @default.
- W3216961769 cites W2999129328 @default.
- W3216961769 cites W3002209154 @default.
- W3216961769 cites W3003126813 @default.
- W3216961769 cites W3004178632 @default.
- W3216961769 cites W3009381837 @default.
- W3216961769 cites W3010819329 @default.
- W3216961769 cites W3019910036 @default.
- W3216961769 cites W3021203738 @default.
- W3216961769 cites W3028301019 @default.
- W3216961769 cites W3033187654 @default.
- W3216961769 cites W3036497418 @default.
- W3216961769 cites W3039402186 @default.
- W3216961769 cites W3048243984 @default.
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- W3216961769 doi "https://doi.org/10.1002/admt.202101074" @default.
- W3216961769 hasPublicationYear "2021" @default.
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