FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2781567754> ?p ?o ?g. }

• W2781567754 abstract "Abstract Facile control over the morphology of phase pure tin monosulfide (SnS) thin films, a promising future absorber for thin film solar cells, is enabled by controlling the growth kinetics in vapor transport deposition of congruently evaporated SnS. The pressure during growth is found to be a key factor in modifying the final shape of the SnS grains. The optimized cube‐like SnS shows p‐type with the apparent carrier concentration of ≈10 17 cm −3 with an optical bandgap of 1.32 eV. The dense and flat surface morphology of 1 µm thick SnS combined with the minimization of pinholes directly leads to improved diode quality and increased shunt resistance of the SnS/CdS heterojunction (cell area of 0.30 cm 2 ). An open‐circuit voltage of up to 0.3068 V is achieved, which is independently characterized at the Korea Institute of Energy Research (KIER). Detailed high‐resolution transmission electron microscopy analysis confirms the absence of detrimental secondary phases such as Sn 2 S 3 or SnS 2 in the SnS grains or at intergrain boundaries. The initial efficiency level of 98.5% is maintained even after six months of storage in air, and the final efficiency of the champion SnS/CdS cell, certified at the KIER, is 2.938% with an open‐circuit voltage of 0.2912 V." @default.
• W2781567754 created "2018-01-12" @default.
• W2781567754 creator A5002316093 @default.
• W2781567754 creator A5007319334 @default.
• W2781567754 creator A5011572100 @default.
• W2781567754 creator A5029403253 @default.
• W2781567754 creator A5038168189 @default.
• W2781567754 creator A5044172237 @default.
• W2781567754 creator A5045121125 @default.
• W2781567754 creator A5059031224 @default.
• W2781567754 creator A5069039749 @default.
• W2781567754 creator A5091412938 @default.
• W2781567754 date "2018-01-03" @default.
• W2781567754 modified "2023-10-18" @default.
• W2781567754 title "Kinetically Controlled Growth of Phase-Pure SnS Absorbers for Thin Film Solar Cells: Achieving Efficiency Near 3% with Long-Term Stability Using an SnS/CdS Heterojunction" @default.
• W2781567754 cites W1541884323 @default.
• W2781567754 cites W1555170185 @default.
• W2781567754 cites W1935407663 @default.
• W2781567754 cites W1964241523 @default.
• W2781567754 cites W1967007082 @default.
• W2781567754 cites W1971964935 @default.
• W2781567754 cites W1979047192 @default.
• W2781567754 cites W1979583260 @default.
• W2781567754 cites W1983285705 @default.
• W2781567754 cites W1984795059 @default.
• W2781567754 cites W1985151300 @default.
• W2781567754 cites W2012975373 @default.
• W2781567754 cites W2014167284 @default.
• W2781567754 cites W2022625700 @default.
• W2781567754 cites W2027867679 @default.
• W2781567754 cites W2030730556 @default.
• W2781567754 cites W2032620458 @default.
• W2781567754 cites W2054001181 @default.
• W2781567754 cites W2054336733 @default.
• W2781567754 cites W2057912607 @default.
• W2781567754 cites W2058251012 @default.
• W2781567754 cites W2059233610 @default.
• W2781567754 cites W2065262886 @default.
• W2781567754 cites W2071772856 @default.
• W2781567754 cites W2079781163 @default.
• W2781567754 cites W2095354333 @default.
• W2781567754 cites W2100855824 @default.
• W2781567754 cites W2107947809 @default.
• W2781567754 cites W2118466746 @default.
• W2781567754 cites W2118932987 @default.
• W2781567754 cites W2127195997 @default.
• W2781567754 cites W2128743516 @default.
• W2781567754 cites W2132772579 @default.
• W2781567754 cites W2132935697 @default.
• W2781567754 cites W2149430299 @default.
• W2781567754 cites W2166222943 @default.
• W2781567754 cites W2234101161 @default.
• W2781567754 cites W2255290739 @default.
• W2781567754 cites W2309486588 @default.
• W2781567754 cites W2312861378 @default.
• W2781567754 cites W2317922105 @default.
• W2781567754 cites W2347146979 @default.
• W2781567754 cites W2403376643 @default.
• W2781567754 cites W2471995844 @default.
• W2781567754 cites W2489591122 @default.
• W2781567754 cites W2563324081 @default.
• W2781567754 cites W2586353514 @default.
• W2781567754 cites W2592067968 @default.
• W2781567754 cites W2593867221 @default.
• W2781567754 cites W2594895735 @default.
• W2781567754 cites W2626029805 @default.
• W2781567754 cites W2626698896 @default.
• W2781567754 cites W2709487316 @default.
• W2781567754 cites W2737149163 @default.
• W2781567754 doi "https://doi.org/10.1002/aenm.201702605" @default.
• W2781567754 hasPublicationYear "2018" @default.
• W2781567754 type Work @default.
• W2781567754 sameAs 2781567754 @default.
• W2781567754 citedByCount "60" @default.
• W2781567754 countsByYear W27815677542018 @default.
• W2781567754 countsByYear W27815677542019 @default.
• W2781567754 countsByYear W27815677542020 @default.
• W2781567754 countsByYear W27815677542021 @default.
• W2781567754 countsByYear W27815677542022 @default.
• W2781567754 countsByYear W27815677542023 @default.
• W2781567754 crossrefType "journal-article" @default.
• W2781567754 hasAuthorship W2781567754A5002316093 @default.
• W2781567754 hasAuthorship W2781567754A5007319334 @default.
• W2781567754 hasAuthorship W2781567754A5011572100 @default.
• W2781567754 hasAuthorship W2781567754A5029403253 @default.
• W2781567754 hasAuthorship W2781567754A5038168189 @default.
• W2781567754 hasAuthorship W2781567754A5044172237 @default.
• W2781567754 hasAuthorship W2781567754A5045121125 @default.
• W2781567754 hasAuthorship W2781567754A5059031224 @default.
• W2781567754 hasAuthorship W2781567754A5069039749 @default.
• W2781567754 hasAuthorship W2781567754A5091412938 @default.
• W2781567754 hasConcept C171250308 @default.
• W2781567754 hasConcept C181966813 @default.
• W2781567754 hasConcept C19067145 @default.
• W2781567754 hasConcept C192562407 @default.
• W2781567754 hasConcept C2779728058 @default.
• W2781567754 hasConcept C2780824857 @default.
• W2781567754 hasConcept C49040817 @default.
• W2781567754 hasConcept C79794668 @default.
• W2781567754 hasConceptScore W2781567754C171250308 @default.

• next