Matches in SemOpenAlex for { <https://semopenalex.org/work/W4312066500> ?p ?o ?g. }
- W4312066500 abstract "All-inorganic perovskite CsPbI3 contains no volatile organic components and is a thermally stable photoactive material for wide-bandgap perovskite solar cells (PSCs); however, CsPbI3 readily undergoes undesirable phase transitions due to the hygroscopic nature of the ionic dopants used in commonly used hole transport materials. In the current study, the popular donor material PM6 in organic solar cells is used as a hole transport layer (HTL). The benzodithiophene-based backbone-conjugated polymer requires no dopant and leads to a higher power conversion efficiency (PCE) than 2,2',7,7'-tetrakis[N,N-di(4-methoxyphenyl)amino]-9,9'-spirobifluorene (Spiro-OMeTAD). Moreover, PM6 also shows priorities in hole mobility, hydrophobicity, cascade energy level alignment, and even defect passivation of perovskite films. With PM6 as the dopant-free HTL, the PSCs achieve a champion PCE of 18.27% with a competitive fill factor of 82.8%. Notably, the present PCE is based on the dopant-free HTL in CsPbI3 PSCs reported thus far. The PSCs with PM6 as the HTL retain over 90% of the initial PCE stored in a glovebox filled with N2 for 3000 h. In contrast, the PSCs with Spiro-OMeTAD as the HTL maintain ≈80% of the initial PCE under the same conditions." @default.
- W4312066500 created "2023-01-04" @default.
- W4312066500 creator A5001986830 @default.
- W4312066500 creator A5002029780 @default.
- W4312066500 creator A5002354726 @default.
- W4312066500 creator A5034956747 @default.
- W4312066500 creator A5043572920 @default.
- W4312066500 creator A5046991303 @default.
- W4312066500 creator A5051509029 @default.
- W4312066500 creator A5062709913 @default.
- W4312066500 creator A5062946488 @default.
- W4312066500 creator A5079680509 @default.
- W4312066500 creator A5080952376 @default.
- W4312066500 creator A5087916604 @default.
- W4312066500 date "2022-12-21" @default.
- W4312066500 modified "2023-10-16" @default.
- W4312066500 title "Dopant‐Free Polymer Hole Transport Materials for Highly Stable and Efficient CsPbI <sub>3</sub> Perovskite Solar Cells" @default.
- W4312066500 cites W1896289247 @default.
- W4312066500 cites W1922922125 @default.
- W4312066500 cites W1946383872 @default.
- W4312066500 cites W1965139068 @default.
- W4312066500 cites W1969321027 @default.
- W4312066500 cites W2015924653 @default.
- W4312066500 cites W2048400654 @default.
- W4312066500 cites W2081052871 @default.
- W4312066500 cites W2265329223 @default.
- W4312066500 cites W2501249679 @default.
- W4312066500 cites W2549721664 @default.
- W4312066500 cites W2736102262 @default.
- W4312066500 cites W2760381023 @default.
- W4312066500 cites W2760883695 @default.
- W4312066500 cites W2768379433 @default.
- W4312066500 cites W2789714093 @default.
- W4312066500 cites W2801523206 @default.
- W4312066500 cites W2809524788 @default.
- W4312066500 cites W2826355484 @default.
- W4312066500 cites W2847347814 @default.
- W4312066500 cites W2894650231 @default.
- W4312066500 cites W2921736575 @default.
- W4312066500 cites W2940595295 @default.
- W4312066500 cites W2945936600 @default.
- W4312066500 cites W2948238479 @default.
- W4312066500 cites W2954188035 @default.
- W4312066500 cites W2957202275 @default.
- W4312066500 cites W2965937470 @default.
- W4312066500 cites W2968846320 @default.
- W4312066500 cites W2969185890 @default.
- W4312066500 cites W2974335174 @default.
- W4312066500 cites W2974950465 @default.
- W4312066500 cites W2977911197 @default.
- W4312066500 cites W2986946158 @default.
- W4312066500 cites W2990596877 @default.
- W4312066500 cites W3000523846 @default.
- W4312066500 cites W3003993792 @default.
- W4312066500 cites W3007905705 @default.
- W4312066500 cites W3020176650 @default.
- W4312066500 cites W3024844340 @default.
- W4312066500 cites W3080697055 @default.
- W4312066500 cites W3081596978 @default.
- W4312066500 cites W3089119900 @default.
- W4312066500 cites W3089602501 @default.
- W4312066500 cites W3094469097 @default.
- W4312066500 cites W3098916544 @default.
- W4312066500 cites W3102691733 @default.
- W4312066500 cites W3113288168 @default.
- W4312066500 cites W3113791246 @default.
- W4312066500 cites W3131997085 @default.
- W4312066500 cites W3136522007 @default.
- W4312066500 cites W3137545099 @default.
- W4312066500 cites W3144941348 @default.
- W4312066500 cites W3158672421 @default.
- W4312066500 cites W3158804383 @default.
- W4312066500 cites W3177742693 @default.
- W4312066500 cites W3188102760 @default.
- W4312066500 cites W3200880090 @default.
- W4312066500 cites W3203461064 @default.
- W4312066500 cites W3209040383 @default.
- W4312066500 cites W3215367376 @default.
- W4312066500 cites W4200083125 @default.
- W4312066500 cites W4214937658 @default.
- W4312066500 cites W4221022625 @default.
- W4312066500 cites W4225259766 @default.
- W4312066500 cites W4280506985 @default.
- W4312066500 cites W4281620632 @default.
- W4312066500 cites W4283206091 @default.
- W4312066500 cites W4285213623 @default.
- W4312066500 cites W4307720837 @default.
- W4312066500 doi "https://doi.org/10.1002/smll.202206952" @default.
- W4312066500 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36541718" @default.
- W4312066500 hasPublicationYear "2022" @default.
- W4312066500 type Work @default.
- W4312066500 citedByCount "5" @default.
- W4312066500 countsByYear W43120665002023 @default.
- W4312066500 crossrefType "journal-article" @default.
- W4312066500 hasAuthorship W4312066500A5001986830 @default.
- W4312066500 hasAuthorship W4312066500A5002029780 @default.
- W4312066500 hasAuthorship W4312066500A5002354726 @default.
- W4312066500 hasAuthorship W4312066500A5034956747 @default.
- W4312066500 hasAuthorship W4312066500A5043572920 @default.
- W4312066500 hasAuthorship W4312066500A5046991303 @default.