FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2897910305> ?p ?o ?g. }

• W2897910305 endingPage "7871" @default.
• W2897910305 startingPage "7860" @default.
• W2897910305 abstract "Kesterite Cu2ZnSnS4 (CZTS) photovoltaics have been comprehensively investigated in the past decades but are still hampered by a relatively large open circuit voltage (Voc) deficit, which is correlated to bulk defects in CZTS and interface recombination. Heterojunction interface management is of critical importance to tackle the interface recombination. In this work, we use atomic layer deposition (ALD) to synthesize a wide range of Zn1–xSnxO (ZTO, 0 ≤ x ≤ 1) films for application as a buffer layer in CZTS solar cells. A favorable band alignment is achieved using a 10 nm Zn0.77Sn0.23O buffer layer that enabled an impressive 10% increase in open circuit voltage of the CZTS solar cell. The microstructure and chemical nature of the CZTS/ZTO interface are carefully studied and the presence of an ultrathin Zn(S, O) tunnel layer is demonstrated. The decreased interfacial defects stemming from the minor lattice mismatch at the CZTS/Zn(S,O)/ZTO heterointerface in combination with the passivation provided by a high..." @default.
• W2897910305 created "2018-10-26" @default.
• W2897910305 creator A5013348420 @default.
• W2897910305 creator A5014789246 @default.
• W2897910305 creator A5021751978 @default.
• W2897910305 creator A5028767688 @default.
• W2897910305 creator A5029771240 @default.
• W2897910305 creator A5036517550 @default.
• W2897910305 creator A5043602999 @default.
• W2897910305 creator A5047590950 @default.
• W2897910305 creator A5048292929 @default.
• W2897910305 creator A5056366190 @default.
• W2897910305 creator A5060331758 @default.
• W2897910305 creator A5082502942 @default.
• W2897910305 creator A5086563580 @default.
• W2897910305 creator A5088944302 @default.
• W2897910305 date "2018-10-20" @default.
• W2897910305 modified "2023-10-02" @default.
• W2897910305 title "Enhanced Heterojunction Interface Quality To Achieve 9.3% Efficient Cd-Free Cu₂ZnSnS₄ Solar Cells Using Atomic Layer Deposition ZnSnO Buffer Layer" @default.
• W2897910305 cites W1469518786 @default.
• W2897910305 cites W1603297042 @default.
• W2897910305 cites W1868648801 @default.
• W2897910305 cites W1968917296 @default.
• W2897910305 cites W1972173767 @default.
• W2897910305 cites W1975476190 @default.
• W2897910305 cites W1978771369 @default.
• W2897910305 cites W1979583260 @default.
• W2897910305 cites W1983285705 @default.
• W2897910305 cites W1987109357 @default.
• W2897910305 cites W1987797142 @default.
• W2897910305 cites W1989165118 @default.
• W2897910305 cites W1989250394 @default.
• W2897910305 cites W1992901012 @default.
• W2897910305 cites W1993386311 @default.
• W2897910305 cites W1997741165 @default.
• W2897910305 cites W1998342950 @default.
• W2897910305 cites W2001944889 @default.
• W2897910305 cites W2004423132 @default.
• W2897910305 cites W2019787665 @default.
• W2897910305 cites W2024597438 @default.
• W2897910305 cites W2027417103 @default.
• W2897910305 cites W2028404493 @default.
• W2897910305 cites W2047683110 @default.
• W2897910305 cites W2049817780 @default.
• W2897910305 cites W2061989382 @default.
• W2897910305 cites W2062364905 @default.
• W2897910305 cites W2063127218 @default.
• W2897910305 cites W2064938713 @default.
• W2897910305 cites W2069627150 @default.
• W2897910305 cites W2075485388 @default.
• W2897910305 cites W2086579652 @default.
• W2897910305 cites W2091000905 @default.
• W2897910305 cites W2092034885 @default.
• W2897910305 cites W2092528006 @default.
• W2897910305 cites W2115180990 @default.
• W2897910305 cites W2128335838 @default.
• W2897910305 cites W2166222943 @default.
• W2897910305 cites W2201301091 @default.
• W2897910305 cites W2202883310 @default.
• W2897910305 cites W2317710397 @default.
• W2897910305 cites W2340005653 @default.
• W2897910305 cites W2340181385 @default.
• W2897910305 cites W2344269314 @default.
• W2897910305 cites W2405068247 @default.
• W2897910305 cites W2411129255 @default.
• W2897910305 cites W2536590056 @default.
• W2897910305 cites W2604264875 @default.
• W2897910305 cites W2803698941 @default.
• W2897910305 cites W2806930529 @default.
• W2897910305 cites W2809010041 @default.
• W2897910305 cites W2883169032 @default.
• W2897910305 cites W4238193504 @default.
• W2897910305 doi "https://doi.org/10.1021/acs.chemmater.8b03398" @default.
• W2897910305 hasPublicationYear "2018" @default.
• W2897910305 type Work @default.
• W2897910305 sameAs 2897910305 @default.
• W2897910305 citedByCount "59" @default.
• W2897910305 countsByYear W28979103052019 @default.
• W2897910305 countsByYear W28979103052020 @default.
• W2897910305 countsByYear W28979103052021 @default.
• W2897910305 countsByYear W28979103052022 @default.
• W2897910305 countsByYear W28979103052023 @default.
• W2897910305 crossrefType "journal-article" @default.
• W2897910305 hasAuthorship W2897910305A5013348420 @default.
• W2897910305 hasAuthorship W2897910305A5014789246 @default.
• W2897910305 hasAuthorship W2897910305A5021751978 @default.
• W2897910305 hasAuthorship W2897910305A5028767688 @default.
• W2897910305 hasAuthorship W2897910305A5029771240 @default.
• W2897910305 hasAuthorship W2897910305A5036517550 @default.
• W2897910305 hasAuthorship W2897910305A5043602999 @default.
• W2897910305 hasAuthorship W2897910305A5047590950 @default.
• W2897910305 hasAuthorship W2897910305A5048292929 @default.
• W2897910305 hasAuthorship W2897910305A5056366190 @default.
• W2897910305 hasAuthorship W2897910305A5060331758 @default.
• W2897910305 hasAuthorship W2897910305A5082502942 @default.
• W2897910305 hasAuthorship W2897910305A5086563580 @default.
• W2897910305 hasAuthorship W2897910305A5088944302 @default.
• W2897910305 hasConcept C113843644 @default.

• next