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• W3007884041 endingPage "2300" @default.
• W3007884041 startingPage "2288" @default.
• W3007884041 abstract "The design of sensors for detecting formaldehyde (HCHO) gas in the environment is vastly necessary since even at low concentrations, it is very harmful to human health. Herein, a novel, reproductive, selective, and sensitive HCHO sensor has been designed by functionalizing SnO2 with β12-borophene sheets for the first time via density functional theory calculations. The results revealed that the wide direct band-gap SnO2 semiconductor and zero-band-gap β12-borophene form a distinctive orbital hybridization heterostructure with a moderate direct band gap of 1.09 eV and effectively enhance the electrical conductivity, selectivity, long-term stability, and the HCHO molecule response. The HCHO molecule chemisorbs in several orientations on the β12-borophene/SnO2 surface, behaving as a charge acceptor and donor at some point. Moreover, applied biaxial strain and external electric field enhance the stability, band gap, and charge transfer of the adsorbent–adsorbate interactions. Therefore, a β12-borophene/SnO2 sensor with excellent adsorption, work function, tunable band gaps, charge redistributions, and sensing properties can be applied in indoor pollution detection and optoelectronic applications, where an external electric field can be used." @default.
• W3007884041 created "2020-03-06" @default.
• W3007884041 creator A5014909008 @default.
• W3007884041 creator A5068078737 @default.
• W3007884041 date "2020-02-25" @default.
• W3007884041 modified "2023-10-01" @default.
• W3007884041 title "Highly Selective and Sensitive Detection of Formaldehyde by β₁₂-Borophene/SnO₂ Heterostructures: The Role of an External Electric Field and In-Plain Biaxial Strain" @default.
• W3007884041 cites W1971112061 @default.
• W3007884041 cites W1971576623 @default.
• W3007884041 cites W1973382586 @default.
• W3007884041 cites W1974965019 @default.
• W3007884041 cites W1979986257 @default.
• W3007884041 cites W1980211823 @default.
• W3007884041 cites W1980860173 @default.
• W3007884041 cites W1981368803 @default.
• W3007884041 cites W1982260538 @default.
• W3007884041 cites W1982392480 @default.
• W3007884041 cites W1984219454 @default.
• W3007884041 cites W1989410673 @default.
• W3007884041 cites W1991867047 @default.
• W3007884041 cites W2002363336 @default.
• W3007884041 cites W2002901389 @default.
• W3007884041 cites W2006105172 @default.
• W3007884041 cites W2010247061 @default.
• W3007884041 cites W2012580333 @default.
• W3007884041 cites W2013533893 @default.
• W3007884041 cites W2015992924 @default.
• W3007884041 cites W2021808847 @default.
• W3007884041 cites W2027540727 @default.
• W3007884041 cites W2028086714 @default.
• W3007884041 cites W2028584499 @default.
• W3007884041 cites W2035700792 @default.
• W3007884041 cites W2036113194 @default.
• W3007884041 cites W2044591029 @default.
• W3007884041 cites W2047454862 @default.
• W3007884041 cites W2049372280 @default.
• W3007884041 cites W2051764106 @default.
• W3007884041 cites W2052637367 @default.
• W3007884041 cites W2058402381 @default.
• W3007884041 cites W2061091486 @default.
• W3007884041 cites W2065799064 @default.
• W3007884041 cites W2067668337 @default.
• W3007884041 cites W2073531811 @default.
• W3007884041 cites W2074251563 @default.
• W3007884041 cites W2075514362 @default.
• W3007884041 cites W2078140970 @default.
• W3007884041 cites W2079499472 @default.
• W3007884041 cites W2085093563 @default.
• W3007884041 cites W2089372900 @default.
• W3007884041 cites W2092106742 @default.
• W3007884041 cites W2117339294 @default.
• W3007884041 cites W2127826807 @default.
• W3007884041 cites W2133178276 @default.
• W3007884041 cites W2150964000 @default.
• W3007884041 cites W2153704119 @default.
• W3007884041 cites W2165294251 @default.
• W3007884041 cites W2166244948 @default.
• W3007884041 cites W2206837932 @default.
• W3007884041 cites W2215315565 @default.
• W3007884041 cites W2259720440 @default.
• W3007884041 cites W2285458374 @default.
• W3007884041 cites W2314283937 @default.
• W3007884041 cites W2317285376 @default.
• W3007884041 cites W2323295949 @default.
• W3007884041 cites W2328795346 @default.
• W3007884041 cites W2332309073 @default.
• W3007884041 cites W2422934168 @default.
• W3007884041 cites W2501240622 @default.
• W3007884041 cites W2513654914 @default.
• W3007884041 cites W2558895042 @default.
• W3007884041 cites W2560335726 @default.
• W3007884041 cites W2581055423 @default.
• W3007884041 cites W2586851721 @default.
• W3007884041 cites W2589857566 @default.
• W3007884041 cites W2594462970 @default.
• W3007884041 cites W2601064002 @default.
• W3007884041 cites W2620227551 @default.
• W3007884041 cites W2646305923 @default.
• W3007884041 cites W2740446567 @default.
• W3007884041 cites W2774947151 @default.
• W3007884041 cites W2786391887 @default.
• W3007884041 cites W2787736113 @default.
• W3007884041 cites W2795641125 @default.
• W3007884041 cites W2801918213 @default.
• W3007884041 cites W2802832556 @default.
• W3007884041 cites W2803133766 @default.
• W3007884041 cites W2808478517 @default.
• W3007884041 cites W2886984536 @default.
• W3007884041 cites W2899026064 @default.
• W3007884041 cites W2899125903 @default.
• W3007884041 cites W2921844383 @default.
• W3007884041 cites W2923516647 @default.
• W3007884041 cites W2938194820 @default.
• W3007884041 cites W2985128009 @default.
• W3007884041 cites W2995055019 @default.
• W3007884041 cites W3098322192 @default.
• W3007884041 doi "https://doi.org/10.1021/acs.jpca.9b10670" @default.
• W3007884041 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32096638" @default.

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