On the critical competition between singlet exciton decay and free charge generation in non-fullerene based organic solar cells with low energetic offsets

Pranav, ManasiManasiPranavShukla, AtulAtulShuklaMoser, DavidDavidMoserRumeney, JuliaJuliaRumeneyLiu, WenlanWenlanLiuWang, RongRongWangSun, BowenBowenSunSmeets, SanderSanderSmeetsTokmoldin, NurlanNurlanTokmoldinCao, YonglinYonglinCaoHe, GuoruiGuoruiHeBeitz, ThorbenThorbenBeitzJaiser, FrankFrankJaiserHultzsch, ThomasThomasHultzschShoaee, SafaSafaShoaeeMaes, WouterWouterMaesLueer, LarryLarryLueerBrabec, ChristophChristophBrabecVandewal, KoenKoenVandewalAndrienko, DenisDenisAndrienkoLudwigs, SabineSabineLudwigsNeher, DieterDieterNeher2024-10-092024-08-192024-10-0920241754-5692WOS:001290353900001https://imec-publications.be/handle/20.500.12860/44346On the critical competition between singlet exciton decay and free charge generation in non-fullerene based organic solar cells with low energetic offsetsJournal article10.1039/d4ee01409jWOS:001290353900001THROUGH-BOND INTERACTIONTRANSFER ABSORPTIONMOLECULAR-WEIGHTTRANSFER STATESACCEPTORRECOMBINATIONDISSOCIATIONSEPARATIONEFFICIENCYDYNAMICS