Matches in SemOpenAlex for { <https://semopenalex.org/work/W4220682275> ?p ?o ?g. }
- W4220682275 endingPage "1177" @default.
- W4220682275 startingPage "1168" @default.
- W4220682275 abstract "Abstract Flexible humidity sensors have attracted much attention due to the promising applications in medical health monitoring. Up to now, the realization of such devices with ultrafast response/recovery and wide humidity range still remains a challenge. In this work, we report a new type of humidity sensor based on laser‐induced graphene (LIG) and graphene oxide (GO) with excellent performances. Graphene interdigital electrodes with good conductivity were prepared by the laser‐induced method. Then, the GO dispersion was drop‐coated on the interdigital electrode and heated to form a film as a sensing material. We have systematically studied the performances of the humidity sensor under different humidity levels. The experiment results reveal that the humidity sensor possesses high response, fast response/recovery behavior with 2 and 35 seconds, and wide humidity range from 11% RH to 97% RH. This proposed high‐performance humidity sensors could be applied in practical applications such as human breath monitoring under different states including slow breath, normal breath, fast breath, cough and rhinitis. In addition, the humidity sensors could also be used to monitor the approaching of fingertips, which makes the sensors be ideal non‐contact buttons of the elevator for stopping contacting spread of COVID‐19 viruses." @default.
- W4220682275 created "2022-04-03" @default.
- W4220682275 creator A5011341811 @default.
- W4220682275 creator A5011911594 @default.
- W4220682275 creator A5017254378 @default.
- W4220682275 creator A5019291889 @default.
- W4220682275 creator A5020836818 @default.
- W4220682275 creator A5050832860 @default.
- W4220682275 creator A5061699092 @default.
- W4220682275 creator A5064967167 @default.
- W4220682275 creator A5072090491 @default.
- W4220682275 creator A5074170951 @default.
- W4220682275 creator A5074941347 @default.
- W4220682275 creator A5088831118 @default.
- W4220682275 creator A5091167104 @default.
- W4220682275 date "2022-03-05" @default.
- W4220682275 modified "2023-09-30" @default.
- W4220682275 title "High‐performance flexible humidity sensors for breath detection and non‐touch switches" @default.
- W4220682275 cites W1970927027 @default.
- W4220682275 cites W1976156302 @default.
- W4220682275 cites W2011593922 @default.
- W4220682275 cites W2056703643 @default.
- W4220682275 cites W2108376819 @default.
- W4220682275 cites W2112304948 @default.
- W4220682275 cites W2129479958 @default.
- W4220682275 cites W2131395529 @default.
- W4220682275 cites W2133441459 @default.
- W4220682275 cites W2135479172 @default.
- W4220682275 cites W2155000162 @default.
- W4220682275 cites W2158952683 @default.
- W4220682275 cites W2168808629 @default.
- W4220682275 cites W2170143575 @default.
- W4220682275 cites W2182466213 @default.
- W4220682275 cites W2606123205 @default.
- W4220682275 cites W2735149555 @default.
- W4220682275 cites W2752122312 @default.
- W4220682275 cites W2761480616 @default.
- W4220682275 cites W2770216885 @default.
- W4220682275 cites W2775431480 @default.
- W4220682275 cites W2775597208 @default.
- W4220682275 cites W2794798937 @default.
- W4220682275 cites W2795868116 @default.
- W4220682275 cites W2802386635 @default.
- W4220682275 cites W2803827258 @default.
- W4220682275 cites W2906172116 @default.
- W4220682275 cites W2911951179 @default.
- W4220682275 cites W2921105756 @default.
- W4220682275 cites W2921217660 @default.
- W4220682275 cites W2922177019 @default.
- W4220682275 cites W2940280069 @default.
- W4220682275 cites W2953555857 @default.
- W4220682275 cites W2954461480 @default.
- W4220682275 cites W2965064308 @default.
- W4220682275 cites W2965688118 @default.
- W4220682275 cites W2969481592 @default.
- W4220682275 cites W2969831077 @default.
- W4220682275 cites W2976048138 @default.
- W4220682275 cites W2981382732 @default.
- W4220682275 cites W2981626103 @default.
- W4220682275 cites W2988522293 @default.
- W4220682275 cites W2997362694 @default.
- W4220682275 cites W3000303715 @default.
- W4220682275 cites W3015005062 @default.
- W4220682275 cites W3044200786 @default.
- W4220682275 cites W3093937950 @default.
- W4220682275 cites W3125751037 @default.
- W4220682275 cites W3128127527 @default.
- W4220682275 cites W3130777201 @default.
- W4220682275 cites W3140752439 @default.
- W4220682275 cites W3157354702 @default.
- W4220682275 cites W3161732249 @default.
- W4220682275 cites W3170831457 @default.
- W4220682275 cites W3174240276 @default.
- W4220682275 cites W3186293515 @default.
- W4220682275 cites W3208472273 @default.
- W4220682275 cites W4236825273 @default.
- W4220682275 cites W4251044214 @default.
- W4220682275 doi "https://doi.org/10.1002/nano.202100343" @default.
- W4220682275 hasPublicationYear "2022" @default.
- W4220682275 type Work @default.
- W4220682275 citedByCount "7" @default.
- W4220682275 countsByYear W42206822752022 @default.
- W4220682275 countsByYear W42206822752023 @default.
- W4220682275 crossrefType "journal-article" @default.
- W4220682275 hasAuthorship W4220682275A5011341811 @default.
- W4220682275 hasAuthorship W4220682275A5011911594 @default.
- W4220682275 hasAuthorship W4220682275A5017254378 @default.
- W4220682275 hasAuthorship W4220682275A5019291889 @default.
- W4220682275 hasAuthorship W4220682275A5020836818 @default.
- W4220682275 hasAuthorship W4220682275A5050832860 @default.
- W4220682275 hasAuthorship W4220682275A5061699092 @default.
- W4220682275 hasAuthorship W4220682275A5064967167 @default.
- W4220682275 hasAuthorship W4220682275A5072090491 @default.
- W4220682275 hasAuthorship W4220682275A5074170951 @default.
- W4220682275 hasAuthorship W4220682275A5074941347 @default.
- W4220682275 hasAuthorship W4220682275A5088831118 @default.
- W4220682275 hasAuthorship W4220682275A5091167104 @default.
- W4220682275 hasBestOaLocation W42206822751 @default.