… photovoltaic performance of this set of dyes as sensitizers in mesoporous TiO 2 solar cells
was investigated using electrolytes containing the iodide/triiodide redox couple. The dye … dyes …

… which leads to the low photovoltaic performances of organic dyes with rhodanine-3-acetic
acid. … between the rhodanine ring and anchoring group, a conjugated rhodanine derivative (…

… rhodanine dyes in DSSCs (see below). Upon adsorption on TiO2, the spectra of the rhodanine
dyes … in Table 1), suggesting strong electronic couplings between these dyes and TiO2.…

… BODIPY),[34–36] we thus introduce a new dye unit, 3-ethylrhodanine, into the targeted OPV
… intramolecular charge transfer between the end dye units and the conjugated backbone. …

… donor leads to an optimal photovoltaic performance in DSSCs. … dyes and thus allow a
good collection of photoinjected electrons into the external circuit as shown in PV performance …

… Impressively, the devices based on VN7 with concentration of 4 mg/mL exhibited impressive
photovoltaic performance, wherein, the devices obtained the highest PCE of 19.33 %, with a …

… which is the highest value among rhodanine dyes without any co-adsorbent… rhodanine dyes
in photovoltaic performance, providing a powerful strategy for the development of rhodanine …

… As the π-conjugation of organic dyes increases, the electron injections on TiO 2 … of the dye
resulting in aggregation [49] which leads to adverse effects on the photovoltaic performance in …

… Summary of photovoltaic performance … new photovoltaic donor molecule, LGC-D073,
consisting of a carbazole as a core, additional DPP acceptor at a π-linker position, and a rhodanine …

… The new dyes showed broad absorption spectra and interesting emission properties. … on
the rhodanine-based acceptors. Dye RDA-3 showed the best photovoltaic performance with an …