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- W4200221842 abstract "Flexible pressure sensors hold great potential in wearable and artificial intelligence devices. The reduced graphene oxide (rGO) film, as a candidate material for flexible pressure sensors, has the advantage of excellent electronic, mechanical and thermal properties along the in-plane direction. Unfortunately, rGO films exhibit non-ideal structural stability and thermal conductivity along the out-of-plane direction, which poses great challenges in engineering applications. In this work, a “bulk-like” model of alternating reduced graphene oxide/pillared carbon (rGO/PC) layers is built and analyzed through Density Functional Theory (DFT) calculations. Then, theoretical modeling is constructed to provide guidance for the design of a mini-sized, light-weight but high-performance pressure sensor. The rGO/PC-based pressure sensor (rGO/PC-PS) shows extraordinary performances, with high sensitivity of 0.41 kPa−1, ultra-wide operation range (2 kPa–1200 kPa), impressively long durability of 10000 cycles and high working frequency. Electrically and thermally conductive tungsten (W) atoms are deposited on the surface of the rGO/PC film, greatly improving the sensitivity of the rGO/PC/W-based pressure sensor (rGO/PC/W-PS) up to 6.03 kPa−1 at 1300 kPa. Moreover, the rGO/PC/W-PS can be used for weight monitoring, temperature conversion, speech recognition and gripping strength visualization, illustrating its great application potential in the fields of biomedicine and human-machine interaction." @default.
- W4200221842 created "2021-12-31" @default.
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- W4200221842 date "2022-04-01" @default.
- W4200221842 modified "2023-10-10" @default.
- W4200221842 title "Pillared carbon@tungsten decorated reduced graphene oxide film for pressure sensors with ultra-wide operation range in motion monitoring" @default.
- W4200221842 cites W1896971950 @default.
- W4200221842 cites W1918221957 @default.
- W4200221842 cites W1977018044 @default.
- W4200221842 cites W2003345870 @default.
- W4200221842 cites W2003726195 @default.
- W4200221842 cites W2004835256 @default.
- W4200221842 cites W2043183944 @default.
- W4200221842 cites W2060494537 @default.
- W4200221842 cites W2099039595 @default.
- W4200221842 cites W2100563097 @default.
- W4200221842 cites W2135479172 @default.
- W4200221842 cites W2141235778 @default.
- W4200221842 cites W2146703650 @default.
- W4200221842 cites W2300653931 @default.
- W4200221842 cites W2340882300 @default.
- W4200221842 cites W2344002422 @default.
- W4200221842 cites W2405374810 @default.
- W4200221842 cites W2463010759 @default.
- W4200221842 cites W2465927900 @default.
- W4200221842 cites W2519330422 @default.
- W4200221842 cites W2564289408 @default.
- W4200221842 cites W2578166394 @default.
- W4200221842 cites W2604693156 @default.
- W4200221842 cites W2607678665 @default.
- W4200221842 cites W2618867564 @default.
- W4200221842 cites W2646285395 @default.
- W4200221842 cites W2695892431 @default.
- W4200221842 cites W2743983659 @default.
- W4200221842 cites W2744195257 @default.
- W4200221842 cites W2753277687 @default.
- W4200221842 cites W2763564617 @default.
- W4200221842 cites W2764308841 @default.
- W4200221842 cites W2769925774 @default.
- W4200221842 cites W2783517989 @default.
- W4200221842 cites W2785597507 @default.
- W4200221842 cites W2791788319 @default.
- W4200221842 cites W2795952901 @default.
- W4200221842 cites W2797836587 @default.
- W4200221842 cites W2801185502 @default.
- W4200221842 cites W2803173254 @default.
- W4200221842 cites W2806684302 @default.
- W4200221842 cites W2808099534 @default.
- W4200221842 cites W2889200083 @default.
- W4200221842 cites W2890047993 @default.
- W4200221842 cites W2891373138 @default.
- W4200221842 cites W2896029476 @default.
- W4200221842 cites W2902099293 @default.
- W4200221842 cites W2913978988 @default.
- W4200221842 cites W2921011586 @default.
- W4200221842 cites W2934166187 @default.
- W4200221842 cites W2940762980 @default.
- W4200221842 cites W2944754421 @default.
- W4200221842 cites W2955678149 @default.
- W4200221842 cites W2967416258 @default.
- W4200221842 cites W2972070251 @default.
- W4200221842 cites W2972397149 @default.
- W4200221842 cites W2979399974 @default.
- W4200221842 cites W2983133822 @default.
- W4200221842 cites W2991542401 @default.
- W4200221842 cites W2996773492 @default.
- W4200221842 cites W3000457025 @default.
- W4200221842 cites W3009641234 @default.
- W4200221842 cites W3015875526 @default.
- W4200221842 cites W3043605664 @default.
- W4200221842 cites W3081760741 @default.
- W4200221842 cites W3091174373 @default.
- W4200221842 cites W3106125511 @default.
- W4200221842 cites W3108233563 @default.
- W4200221842 cites W3133887827 @default.
- W4200221842 cites W3136286171 @default.
- W4200221842 cites W3137962840 @default.
- W4200221842 cites W3162543273 @default.
- W4200221842 cites W3165714462 @default.
- W4200221842 cites W3166724257 @default.
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- W4200221842 doi "https://doi.org/10.1016/j.carbon.2021.12.080" @default.
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