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- W3092181384 abstract "Antimony selenide (Sb2Se3) is a promising material for thin-film solar-cells due to its attractive optoelectronic properties with the desirable band gap. In the present work, four different Sb2Se3 films were grown on Si/SiO2 (1 0 0) substrates at ambient temperature using ultra-high vacuum molecular beam evaporation technique and different evaporation temperatures. The compositional analysis with the help of wavelength-dispersive X-ray spectroscopy measurements demonstrate that there is a loss of Se in the as-deposited samples. However, the X-ray diffraction study indicates that the as-deposited films are nanocrystalline in nature, with average crystallite size slightly increasing with the evaporation temperature. The blue shift of Raman peaks with the increase of evaporation temperature indicates the possibility of the presence of small amount of compressive strain in the crystal lattice and it appears because of the anion vacancy (VSe) due to the loss of Se. The obtained band gap value ranges from 1.075 eV to 1.21 eV, which indicate that the as-deposited nanocrystalline Sb2Se3 films are suitable for application in thin-film photovoltaic solar-cells. The tuning of the band-gap with the evaporation temperature opens a new road to optimize the device efficiency for the low-cost thin-film photovoltaics." @default.
- W3092181384 created "2020-10-15" @default.
- W3092181384 creator A5001187508 @default.
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- W3092181384 date "2020-11-01" @default.
- W3092181384 modified "2023-10-16" @default.
- W3092181384 title "Growth and optical properties of nanocrystalline Sb2Se3 thin-films for the application in solar-cells" @default.
- W3092181384 cites W1497033841 @default.
- W3092181384 cites W1586371271 @default.
- W3092181384 cites W1967894804 @default.
- W3092181384 cites W1968252702 @default.
- W3092181384 cites W1968805781 @default.
- W3092181384 cites W1970866604 @default.
- W3092181384 cites W1977345745 @default.
- W3092181384 cites W1981085436 @default.
- W3092181384 cites W1984017103 @default.
- W3092181384 cites W1991455126 @default.
- W3092181384 cites W2010068023 @default.
- W3092181384 cites W2013957624 @default.
- W3092181384 cites W2027207617 @default.
- W3092181384 cites W2046320563 @default.
- W3092181384 cites W2053206686 @default.
- W3092181384 cites W2059538048 @default.
- W3092181384 cites W2069629139 @default.
- W3092181384 cites W2073333445 @default.
- W3092181384 cites W2087122529 @default.
- W3092181384 cites W2087578745 @default.
- W3092181384 cites W2088573856 @default.
- W3092181384 cites W2089931318 @default.
- W3092181384 cites W2094793007 @default.
- W3092181384 cites W2126808884 @default.
- W3092181384 cites W2134416476 @default.
- W3092181384 cites W2165018489 @default.
- W3092181384 cites W2314930463 @default.
- W3092181384 cites W2321723624 @default.
- W3092181384 cites W2340207771 @default.
- W3092181384 cites W2522105547 @default.
- W3092181384 cites W2531395864 @default.
- W3092181384 cites W2560383135 @default.
- W3092181384 cites W2591878489 @default.
- W3092181384 cites W2601246996 @default.
- W3092181384 cites W2605289291 @default.
- W3092181384 cites W2620275035 @default.
- W3092181384 cites W2737763647 @default.
- W3092181384 cites W2750574367 @default.
- W3092181384 cites W2755541949 @default.
- W3092181384 cites W2773757753 @default.
- W3092181384 cites W2773857860 @default.
- W3092181384 cites W2774357575 @default.
- W3092181384 cites W2780368194 @default.
- W3092181384 cites W2802444441 @default.
- W3092181384 cites W2802826055 @default.
- W3092181384 cites W2803262006 @default.
- W3092181384 cites W2806196220 @default.
- W3092181384 cites W2809193114 @default.
- W3092181384 cites W2824137845 @default.
- W3092181384 cites W2885372832 @default.
- W3092181384 cites W2887525245 @default.
- W3092181384 cites W2887926895 @default.
- W3092181384 cites W2902682470 @default.
- W3092181384 cites W2905150656 @default.
- W3092181384 cites W2905466661 @default.
- W3092181384 cites W2907307531 @default.
- W3092181384 cites W2907877958 @default.
- W3092181384 cites W2908234656 @default.
- W3092181384 cites W2908971674 @default.
- W3092181384 cites W2909705408 @default.
- W3092181384 cites W2921766881 @default.
- W3092181384 cites W2922098091 @default.
- W3092181384 cites W2923783110 @default.
- W3092181384 cites W2923963087 @default.
- W3092181384 cites W2926212391 @default.
- W3092181384 cites W2929666932 @default.
- W3092181384 cites W2935952115 @default.
- W3092181384 cites W2936497390 @default.
- W3092181384 cites W2936755359 @default.
- W3092181384 cites W2938468861 @default.
- W3092181384 cites W2941342417 @default.
- W3092181384 cites W2942965324 @default.
- W3092181384 cites W2970205818 @default.
- W3092181384 cites W2989715849 @default.
- W3092181384 cites W3008403955 @default.
- W3092181384 cites W3009968187 @default.
- W3092181384 cites W3010307513 @default.
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- W3092181384 doi "https://doi.org/10.1016/j.solener.2020.10.001" @default.
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