Matches in SemOpenAlex for { <https://semopenalex.org/work/W3199744970> ?p ?o ?g. }
- W3199744970 endingPage "151162" @default.
- W3199744970 startingPage "151162" @default.
- W3199744970 abstract "The slow response and incomplete recovery are primary bottlenecks for the sensing performance of 2D transition-metal dichalcogenides (TMDs) at room temperature, which hinders their development for state-of-the-art gas sensors. Herein, we engineered N doped p-type MoS2 against its native n-type propensity to enable a rapid room-temperature response/recovery detection of NO2. Compared to pristine n-type MoS2 showing typical slow response and no recovery (1544 s/-), the prepared N-doped MoS2 sensor exhibits a fast response/recovery (22/109 s) toward 10 ppm NO2 at room temperature. In addition, the N dopants endow MoS2 with a sensing response of 28% to 10 ppm NO2, ppb-level of detection limit (125 ppb), excellent selectivity, good repeatability, and humidity resistance. We underline the fast response/recovery mechanism of N-doped MoS2 to be the N dopants triggered synergistic effect of new active sites and fast charge transfer based on density functional theory calculation and Hall-Effect measurement. We hope this result may shed a new light on the development of TMDs-based sensing materials aiming at improving their room-temperature response/recovery performance." @default.
- W3199744970 created "2021-09-27" @default.
- W3199744970 creator A5003759585 @default.
- W3199744970 creator A5011192543 @default.
- W3199744970 creator A5030611214 @default.
- W3199744970 creator A5049290958 @default.
- W3199744970 creator A5065899468 @default.
- W3199744970 creator A5069842224 @default.
- W3199744970 creator A5079859060 @default.
- W3199744970 creator A5080759450 @default.
- W3199744970 creator A5081093007 @default.
- W3199744970 date "2022-01-01" @default.
- W3199744970 modified "2023-09-23" @default.
- W3199744970 title "N dopants triggered new active sites and fast charge transfer in MoS2 nanosheets for full Response-Recovery NO2 detection at room temperature" @default.
- W3199744970 cites W1965542092 @default.
- W3199744970 cites W1972295128 @default.
- W3199744970 cites W1979863499 @default.
- W3199744970 cites W1981368803 @default.
- W3199744970 cites W1987460858 @default.
- W3199744970 cites W2007395042 @default.
- W3199744970 cites W2038843379 @default.
- W3199744970 cites W2091551408 @default.
- W3199744970 cites W2109332886 @default.
- W3199744970 cites W2119799648 @default.
- W3199744970 cites W2127334578 @default.
- W3199744970 cites W2129112118 @default.
- W3199744970 cites W2164049134 @default.
- W3199744970 cites W2176009997 @default.
- W3199744970 cites W2236416329 @default.
- W3199744970 cites W2316934209 @default.
- W3199744970 cites W2327535708 @default.
- W3199744970 cites W2413213874 @default.
- W3199744970 cites W2423994870 @default.
- W3199744970 cites W2495919264 @default.
- W3199744970 cites W2522325648 @default.
- W3199744970 cites W2563430104 @default.
- W3199744970 cites W2566061985 @default.
- W3199744970 cites W2569990470 @default.
- W3199744970 cites W2570195629 @default.
- W3199744970 cites W2588805918 @default.
- W3199744970 cites W2608400903 @default.
- W3199744970 cites W2738950220 @default.
- W3199744970 cites W2741313534 @default.
- W3199744970 cites W2742813924 @default.
- W3199744970 cites W2752960789 @default.
- W3199744970 cites W2765441459 @default.
- W3199744970 cites W2773517047 @default.
- W3199744970 cites W2774748086 @default.
- W3199744970 cites W2792053490 @default.
- W3199744970 cites W2801189401 @default.
- W3199744970 cites W2808563015 @default.
- W3199744970 cites W2809305135 @default.
- W3199744970 cites W2884067429 @default.
- W3199744970 cites W2884743909 @default.
- W3199744970 cites W2888390345 @default.
- W3199744970 cites W2889238926 @default.
- W3199744970 cites W2894733931 @default.
- W3199744970 cites W2907619868 @default.
- W3199744970 cites W2913240208 @default.
- W3199744970 cites W2916829776 @default.
- W3199744970 cites W2918122231 @default.
- W3199744970 cites W2936237970 @default.
- W3199744970 cites W2945201257 @default.
- W3199744970 cites W2945275568 @default.
- W3199744970 cites W2947024386 @default.
- W3199744970 cites W2948710443 @default.
- W3199744970 cites W2962920085 @default.
- W3199744970 cites W2963737154 @default.
- W3199744970 cites W2965688899 @default.
- W3199744970 cites W2971311706 @default.
- W3199744970 cites W2976511777 @default.
- W3199744970 cites W2979575564 @default.
- W3199744970 cites W2980302922 @default.
- W3199744970 cites W2984370046 @default.
- W3199744970 cites W3009634276 @default.
- W3199744970 cites W3015025747 @default.
- W3199744970 cites W3016462580 @default.
- W3199744970 cites W3025694027 @default.
- W3199744970 cites W3037231601 @default.
- W3199744970 cites W3187103004 @default.
- W3199744970 cites W599121886 @default.
- W3199744970 doi "https://doi.org/10.1016/j.apsusc.2021.151162" @default.
- W3199744970 hasPublicationYear "2022" @default.
- W3199744970 type Work @default.
- W3199744970 sameAs 3199744970 @default.
- W3199744970 citedByCount "17" @default.
- W3199744970 countsByYear W31997449702022 @default.
- W3199744970 countsByYear W31997449702023 @default.
- W3199744970 crossrefType "journal-article" @default.
- W3199744970 hasAuthorship W3199744970A5003759585 @default.
- W3199744970 hasAuthorship W3199744970A5011192543 @default.
- W3199744970 hasAuthorship W3199744970A5030611214 @default.
- W3199744970 hasAuthorship W3199744970A5049290958 @default.
- W3199744970 hasAuthorship W3199744970A5065899468 @default.
- W3199744970 hasAuthorship W3199744970A5069842224 @default.
- W3199744970 hasAuthorship W3199744970A5079859060 @default.
- W3199744970 hasAuthorship W3199744970A5080759450 @default.
- W3199744970 hasAuthorship W3199744970A5081093007 @default.