Matches in SemOpenAlex for { <https://semopenalex.org/work/W3021341867> ?p ?o ?g. }
- W3021341867 endingPage "104882" @default.
- W3021341867 startingPage "104882" @default.
- W3021341867 abstract "Triboelectric nanogenerators (TENGs) developed using eco-friendly natural materials instead of traditional electronic materials are more favorable for biocompatible applications, as well as from a sustainable life-cycle analysis perspective. Microarchitectured silkworm fibroin films with high surface roughness and an outstanding ability to lose electrons are used to design TENGs. An alcohol-annealing treatment is utilized to strengthen the resistance of the silk film (SF) against humidity and aqueous solubility. Herein, for the first time, the distance-dependent electric field theoretical model is employed to optimize the TENG parameters to achieve high output, which shows excellent agreement with the experimental outputs of SF-based TENG. The alcohol-treated microarchitectured SF (AT-MASF) with a polytetrafluoroethylene positive contact exhibits a stable and high electrical output even in harsh environments. These studies can lead us closer to the attractive future vision of realizing biodegradable TENG systems for harness/sensing various biomechanical activities even under real/humid environments. The potential and real-time application of the proposed AT-MASF-based TENG is demonstrated by directly employing its electric power to drive a number of low-power portable electronics and for sensing in human-body centric activities." @default.
- W3021341867 created "2020-05-13" @default.
- W3021341867 creator A5004931932 @default.
- W3021341867 creator A5018960247 @default.
- W3021341867 creator A5023614056 @default.
- W3021341867 creator A5024564445 @default.
- W3021341867 creator A5034542767 @default.
- W3021341867 creator A5050320811 @default.
- W3021341867 creator A5079090452 @default.
- W3021341867 creator A5081809650 @default.
- W3021341867 date "2020-08-01" @default.
- W3021341867 modified "2023-10-17" @default.
- W3021341867 title "Exploring the theoretical and experimental optimization of high-performance triboelectric nanogenerators using microarchitectured silk cocoon films" @default.
- W3021341867 cites W1963894721 @default.
- W3021341867 cites W1977468211 @default.
- W3021341867 cites W1992751156 @default.
- W3021341867 cites W1997356708 @default.
- W3021341867 cites W2007487866 @default.
- W3021341867 cites W2017580055 @default.
- W3021341867 cites W2017686654 @default.
- W3021341867 cites W2018340921 @default.
- W3021341867 cites W2020322785 @default.
- W3021341867 cites W2026799007 @default.
- W3021341867 cites W2028493064 @default.
- W3021341867 cites W2033146491 @default.
- W3021341867 cites W2034834428 @default.
- W3021341867 cites W2041166196 @default.
- W3021341867 cites W2052116137 @default.
- W3021341867 cites W2053287493 @default.
- W3021341867 cites W2060077653 @default.
- W3021341867 cites W2064452827 @default.
- W3021341867 cites W2078437191 @default.
- W3021341867 cites W2085062813 @default.
- W3021341867 cites W2086516808 @default.
- W3021341867 cites W2092044336 @default.
- W3021341867 cites W2120830835 @default.
- W3021341867 cites W2135238643 @default.
- W3021341867 cites W2165326510 @default.
- W3021341867 cites W2197944242 @default.
- W3021341867 cites W2223998303 @default.
- W3021341867 cites W2297642167 @default.
- W3021341867 cites W2338312209 @default.
- W3021341867 cites W2411484710 @default.
- W3021341867 cites W2412698729 @default.
- W3021341867 cites W2483577093 @default.
- W3021341867 cites W2504524516 @default.
- W3021341867 cites W2556327414 @default.
- W3021341867 cites W2567728595 @default.
- W3021341867 cites W2577547727 @default.
- W3021341867 cites W2598058498 @default.
- W3021341867 cites W2603913268 @default.
- W3021341867 cites W2603963912 @default.
- W3021341867 cites W2735638929 @default.
- W3021341867 cites W2751830938 @default.
- W3021341867 cites W2759388277 @default.
- W3021341867 cites W2766105712 @default.
- W3021341867 cites W2768506536 @default.
- W3021341867 cites W2783608365 @default.
- W3021341867 cites W2792859848 @default.
- W3021341867 cites W2794894080 @default.
- W3021341867 cites W2795096284 @default.
- W3021341867 cites W2795425821 @default.
- W3021341867 cites W2800252245 @default.
- W3021341867 cites W2809284055 @default.
- W3021341867 cites W2811024345 @default.
- W3021341867 cites W2811466660 @default.
- W3021341867 cites W2884717451 @default.
- W3021341867 cites W2893831251 @default.
- W3021341867 cites W2899039202 @default.
- W3021341867 cites W2906819428 @default.
- W3021341867 cites W2920678550 @default.
- W3021341867 cites W2920829083 @default.
- W3021341867 cites W2942364479 @default.
- W3021341867 cites W2946272702 @default.
- W3021341867 cites W2947486931 @default.
- W3021341867 cites W2951260889 @default.
- W3021341867 cites W2962904065 @default.
- W3021341867 cites W2967268107 @default.
- W3021341867 cites W2972442754 @default.
- W3021341867 cites W4211137059 @default.
- W3021341867 doi "https://doi.org/10.1016/j.nanoen.2020.104882" @default.
- W3021341867 hasPublicationYear "2020" @default.
- W3021341867 type Work @default.
- W3021341867 sameAs 3021341867 @default.
- W3021341867 citedByCount "45" @default.
- W3021341867 countsByYear W30213418672020 @default.
- W3021341867 countsByYear W30213418672021 @default.
- W3021341867 countsByYear W30213418672022 @default.
- W3021341867 countsByYear W30213418672023 @default.
- W3021341867 crossrefType "journal-article" @default.
- W3021341867 hasAuthorship W3021341867A5004931932 @default.
- W3021341867 hasAuthorship W3021341867A5018960247 @default.
- W3021341867 hasAuthorship W3021341867A5023614056 @default.
- W3021341867 hasAuthorship W3021341867A5024564445 @default.
- W3021341867 hasAuthorship W3021341867A5034542767 @default.
- W3021341867 hasAuthorship W3021341867A5050320811 @default.
- W3021341867 hasAuthorship W3021341867A5079090452 @default.
- W3021341867 hasAuthorship W3021341867A5081809650 @default.