Matches in SemOpenAlex for { <https://semopenalex.org/work/W3009968187> ?p ?o ?g. }
- W3009968187 endingPage "2630" @default.
- W3009968187 startingPage "2621" @default.
- W3009968187 abstract "The carrier-type of the emerging photovoltaic Sb2Se3 was evaluated for both thin films and bulk crystals via a range of complementary techniques. X-ray photoelectron spectroscopy (XPS), hot probe, Hall effect, and surface photovoltage spectroscopy showed films and crystals synthesized from the Sb2Se3 granulate material to be n-type with chlorine identified as an unintentional n-type dopant via secondary ion mass spectrometry analysis. The validity of chlorine as a dopant was confirmed by the synthesis of intrinsic crystals from metallic precursors and subsequent deliberate n-type doping by the addition of MgCl2. Chlorine was also shown to be a substitutional n-type shallow dopant by density functional theory calculations. TiO2/Sb2Se3 n–n isotype heterojunction solar cells with 7.3% efficiency are subsequently demonstrated, with band alignment analyzed via XPS." @default.
- W3009968187 created "2020-03-13" @default.
- W3009968187 creator A5016404587 @default.
- W3009968187 creator A5017503270 @default.
- W3009968187 creator A5018035687 @default.
- W3009968187 creator A5019317853 @default.
- W3009968187 creator A5022282206 @default.
- W3009968187 creator A5022754730 @default.
- W3009968187 creator A5028127607 @default.
- W3009968187 creator A5041888871 @default.
- W3009968187 creator A5045117503 @default.
- W3009968187 creator A5048687579 @default.
- W3009968187 creator A5049041398 @default.
- W3009968187 creator A5055101915 @default.
- W3009968187 creator A5056704966 @default.
- W3009968187 creator A5058039652 @default.
- W3009968187 creator A5067017965 @default.
- W3009968187 creator A5068105344 @default.
- W3009968187 creator A5068151345 @default.
- W3009968187 creator A5071832182 @default.
- W3009968187 creator A5075815820 @default.
- W3009968187 creator A5078326357 @default.
- W3009968187 creator A5081428881 @default.
- W3009968187 creator A5084299363 @default.
- W3009968187 creator A5088945982 @default.
- W3009968187 creator A5090926193 @default.
- W3009968187 date "2020-03-03" @default.
- W3009968187 modified "2023-10-16" @default.
- W3009968187 title "Isotype Heterojunction Solar Cells Using n-Type Sb<sub>2</sub>Se<sub>3</sub> Thin Films" @default.
- W3009968187 cites W1586371271 @default.
- W3009968187 cites W1965084490 @default.
- W3009968187 cites W1967632236 @default.
- W3009968187 cites W1973284685 @default.
- W3009968187 cites W1986323228 @default.
- W3009968187 cites W1988029582 @default.
- W3009968187 cites W1994880295 @default.
- W3009968187 cites W2005060062 @default.
- W3009968187 cites W2007395042 @default.
- W3009968187 cites W2008039474 @default.
- W3009968187 cites W2009123680 @default.
- W3009968187 cites W2043711375 @default.
- W3009968187 cites W2057230161 @default.
- W3009968187 cites W2072199568 @default.
- W3009968187 cites W2075699814 @default.
- W3009968187 cites W2079105963 @default.
- W3009968187 cites W2083222334 @default.
- W3009968187 cites W2087698390 @default.
- W3009968187 cites W2102556024 @default.
- W3009968187 cites W2134416476 @default.
- W3009968187 cites W2140886907 @default.
- W3009968187 cites W2141331205 @default.
- W3009968187 cites W2314930463 @default.
- W3009968187 cites W2591878489 @default.
- W3009968187 cites W2620275035 @default.
- W3009968187 cites W2726451057 @default.
- W3009968187 cites W2750574367 @default.
- W3009968187 cites W2768603134 @default.
- W3009968187 cites W2803262006 @default.
- W3009968187 cites W2806196220 @default.
- W3009968187 cites W2889915379 @default.
- W3009968187 cites W2908971674 @default.
- W3009968187 cites W2909705408 @default.
- W3009968187 cites W2922098091 @default.
- W3009968187 cites W2931813002 @default.
- W3009968187 cites W2936755359 @default.
- W3009968187 cites W2946438413 @default.
- W3009968187 cites W2954206361 @default.
- W3009968187 cites W2969977568 @default.
- W3009968187 doi "https://doi.org/10.1021/acs.chemmater.0c00223" @default.
- W3009968187 hasPublicationYear "2020" @default.
- W3009968187 type Work @default.
- W3009968187 sameAs 3009968187 @default.
- W3009968187 citedByCount "71" @default.
- W3009968187 countsByYear W30099681872020 @default.
- W3009968187 countsByYear W30099681872021 @default.
- W3009968187 countsByYear W30099681872022 @default.
- W3009968187 countsByYear W30099681872023 @default.
- W3009968187 crossrefType "journal-article" @default.
- W3009968187 hasAuthorship W3009968187A5016404587 @default.
- W3009968187 hasAuthorship W3009968187A5017503270 @default.
- W3009968187 hasAuthorship W3009968187A5018035687 @default.
- W3009968187 hasAuthorship W3009968187A5019317853 @default.
- W3009968187 hasAuthorship W3009968187A5022282206 @default.
- W3009968187 hasAuthorship W3009968187A5022754730 @default.
- W3009968187 hasAuthorship W3009968187A5028127607 @default.
- W3009968187 hasAuthorship W3009968187A5041888871 @default.
- W3009968187 hasAuthorship W3009968187A5045117503 @default.
- W3009968187 hasAuthorship W3009968187A5048687579 @default.
- W3009968187 hasAuthorship W3009968187A5049041398 @default.
- W3009968187 hasAuthorship W3009968187A5055101915 @default.
- W3009968187 hasAuthorship W3009968187A5056704966 @default.
- W3009968187 hasAuthorship W3009968187A5058039652 @default.
- W3009968187 hasAuthorship W3009968187A5067017965 @default.
- W3009968187 hasAuthorship W3009968187A5068105344 @default.
- W3009968187 hasAuthorship W3009968187A5068151345 @default.
- W3009968187 hasAuthorship W3009968187A5071832182 @default.
- W3009968187 hasAuthorship W3009968187A5075815820 @default.
- W3009968187 hasAuthorship W3009968187A5078326357 @default.