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RISAnchoring Group and π-Spacer Effects on the Dynamics and Kinetics of the Photovoltaic Processes in the Quinoxaline-Based Organic Dye-Sensitized Solar Cells
higher LHE in the DCRD-based dyes are observed. Although, thiophene-based dyes showed an improved exciton dissociation rate, Rd, but, QX22 and QX23 are the preferred candidates to be applied in solar cells due to their optimized quantum chemistry...
ReRAM device performance study with Transition Metal Disulfide interfacial layer
FER prediction with variable codeword length
The role of solvent and structure in the kinetics of the excitons in Porphyrin-based hybrid solar cells
In this study, we investigated the rate of exciton formation and dissociation in TiO2/Si/porphyrins hybrid solar cells in different phases. Using different porphyrin-based donors in four sets, it was found the best hybrid architectures belong...
Solvent Effects on Intra/Intermolecular Charge Transfer in Indoloquinoxaline-Based Dyes
In this work, kinetics and dynamics of the functionality of indoloquinoxaline-based dye sensitized solar cells -DSSCs-, QX22-QX25, were investigated in the gas and solvent media. Quantum chemistry properties of the dyes ...
Computational modeling of the photovoltaic activities in EABX3 (EA=ethylammonium, B=Pb, Sn, Ge, X=Cl, Br, I) perovskite solar cells
elevates the electron driving force (eVOC) and decreases |VRP|. A different behavior for the electron transfer rate constant (kinj.) against to the dynamic parameters of eVOC and exciton binding energy (EBE) of the photosensitizers was found. Moreover...
Advances in molecular engineering of organic-inorganic/inorganic halide perovskites: Photochemical properties behind the energy conversion ability
, while the exciton formation/dissociation rates, Rd/Ra, are mainly affected by BX3 anion. In addition to Cs+ and Rb+, Im+-based perovskites show an effective charge transfer distance and electron-hole (e-h) overlap, which makes them good excitation modes...