FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3145757047> ?p ?o ?g. }

• W3145757047 endingPage "16753" @default.
• W3145757047 startingPage "16744" @default.
• W3145757047 abstract "Conductive polyelectrolytes such as P3CT-Na have been widely used as efficient hole-transporting layers (HTLs) in inverted perovskite solar cells (PSCs) due to their high hole mobility. However, the acid–base neutralization reaction is indispensable for preparing such polyelectrolytes and the varied content of cations usually leads to poor reproducibility of the device performance in PSCs. In this work, a commercially available polymer poly[3-(4-carboxybutyl)thiophene-2,5-diyl] (P3CT) was directly applied as an HTL in PSCs for the first time. Encouragingly, it was found that due to the dual functionality of carboxyl groups on side chains, a thin layer of P3CT can not only strongly anchor on ITO electrode and optimize its work function but also show an effective passivation effect toward perovskite active layer. Benefiting from such dual functionality, a uniform perovskite film with better quality was obtained on P3CT. As a result, the P3CT-based PSCs show much lower nonradiative recombination and achieve a champion power conversion efficiency (PCE) of 21.33% with a high fill factor (FF) of 83.6%. Impressively, as the device area is increased to 0.80 cm2, a PCE of 19.65% can still be obtained for the PSCs based on P3CT HTL. Our work provides important strategy for developing HTLs for high-performance PSCs." @default.
• W3145757047 created "2021-04-13" @default.
• W3145757047 creator A5003642180 @default.
• W3145757047 creator A5014297638 @default.
• W3145757047 creator A5027103629 @default.
• W3145757047 creator A5034118170 @default.
• W3145757047 creator A5039268857 @default.
• W3145757047 creator A5048727442 @default.
• W3145757047 creator A5080699116 @default.
• W3145757047 creator A5084062631 @default.
• W3145757047 date "2021-04-05" @default.
• W3145757047 modified "2023-10-17" @default.
• W3145757047 title "A Dual-Functional Conjugated Polymer as an Efficient Hole-Transporting Layer for High-Performance Inverted Perovskite Solar Cells" @default.
• W3145757047 cites W1917104164 @default.
• W3145757047 cites W1927627425 @default.
• W3145757047 cites W1965044752 @default.
• W3145757047 cites W2052504022 @default.
• W3145757047 cites W2057327293 @default.
• W3145757047 cites W2081879098 @default.
• W3145757047 cites W2091776017 @default.
• W3145757047 cites W2114118829 @default.
• W3145757047 cites W2116327492 @default.
• W3145757047 cites W2129970907 @default.
• W3145757047 cites W2134819724 @default.
• W3145757047 cites W2147062409 @default.
• W3145757047 cites W2156907890 @default.
• W3145757047 cites W2160785667 @default.
• W3145757047 cites W2200399929 @default.
• W3145757047 cites W2252652473 @default.
• W3145757047 cites W2259658805 @default.
• W3145757047 cites W2275951880 @default.
• W3145757047 cites W2299796869 @default.
• W3145757047 cites W2504111928 @default.
• W3145757047 cites W2504641459 @default.
• W3145757047 cites W2560455873 @default.
• W3145757047 cites W2583396742 @default.
• W3145757047 cites W2748164359 @default.
• W3145757047 cites W2750675046 @default.
• W3145757047 cites W2765675115 @default.
• W3145757047 cites W2803052445 @default.
• W3145757047 cites W2811284615 @default.
• W3145757047 cites W2883922709 @default.
• W3145757047 cites W2884674552 @default.
• W3145757047 cites W2889198016 @default.
• W3145757047 cites W2892132462 @default.
• W3145757047 cites W2900921185 @default.
• W3145757047 cites W2904344896 @default.
• W3145757047 cites W2911864874 @default.
• W3145757047 cites W2913657790 @default.
• W3145757047 cites W2917209882 @default.
• W3145757047 cites W2921320819 @default.
• W3145757047 cites W2944590552 @default.
• W3145757047 cites W2945841175 @default.
• W3145757047 cites W2946945796 @default.
• W3145757047 cites W2949664934 @default.
• W3145757047 cites W2959772752 @default.
• W3145757047 cites W2965337755 @default.
• W3145757047 cites W2968806744 @default.
• W3145757047 cites W2969417892 @default.
• W3145757047 cites W2975448942 @default.
• W3145757047 cites W2981031488 @default.
• W3145757047 cites W2994622674 @default.
• W3145757047 cites W2998919826 @default.
• W3145757047 cites W3000574206 @default.
• W3145757047 cites W3003271759 @default.
• W3145757047 cites W3011088045 @default.
• W3145757047 cites W3013728888 @default.
• W3145757047 cites W3033339804 @default.
• W3145757047 cites W3040716110 @default.
• W3145757047 cites W3080697055 @default.
• W3145757047 cites W3085070721 @default.
• W3145757047 cites W3086560306 @default.
• W3145757047 cites W3088739094 @default.
• W3145757047 cites W3092749856 @default.
• W3145757047 cites W3092998823 @default.
• W3145757047 cites W3093252872 @default.
• W3145757047 cites W3096360842 @default.
• W3145757047 cites W4249673822 @default.
• W3145757047 doi "https://doi.org/10.1021/acsami.1c00729" @default.
• W3145757047 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33818080" @default.
• W3145757047 hasPublicationYear "2021" @default.
• W3145757047 type Work @default.
• W3145757047 sameAs 3145757047 @default.
• W3145757047 citedByCount "29" @default.
• W3145757047 countsByYear W31457570472021 @default.
• W3145757047 countsByYear W31457570472022 @default.
• W3145757047 countsByYear W31457570472023 @default.
• W3145757047 crossrefType "journal-article" @default.
• W3145757047 hasAuthorship W3145757047A5003642180 @default.
• W3145757047 hasAuthorship W3145757047A5014297638 @default.
• W3145757047 hasAuthorship W3145757047A5027103629 @default.
• W3145757047 hasAuthorship W3145757047A5034118170 @default.
• W3145757047 hasAuthorship W3145757047A5039268857 @default.
• W3145757047 hasAuthorship W3145757047A5048727442 @default.
• W3145757047 hasAuthorship W3145757047A5080699116 @default.
• W3145757047 hasAuthorship W3145757047A5084062631 @default.
• W3145757047 hasConcept C115235246 @default.
• W3145757047 hasConcept C127413603 @default.

• next