… : small molecule donors and small molecule acceptors. Moreover, we will systematically discuss
the relationship between molecular structures of small molecule … organic small molecule …

… that dark current have on the open circuit voltage of small molecular weight organic PV cells.
… Our findings lead to a deeper understanding of the origins of the open circuit voltage while …

… voltage losses. In the following, we consider possible reasons for low voltage losses in the
blends based on the small molecules … the high open-circuit voltages that we could achieve …

… Herein, we adopted a small molecular material DRCN5T as the donor with the optical band
gap of 1.60 eV48 and a 3D-PDI acceptor that consists of three PDI subunits adjoining one …

… ZR-Si4 molecule was selected as a reference molecule and … circuit voltage have been
studied for all small molecule acceptors. Results have recommended that the designed molecules …

… the LUMO levels of these small molecule donors and PC 71 BM … improving the PCE of small
molecule organic solar cells. In … A) type small molecules, A–D–A small molecules have been …

… conjugated oligothiophene molecule leads to … circuit voltage and fill factors as high as 1.01
V and 63.05% respectively, which are among the highest values obtained for small molecule …

… This molecular design also results in a narrow energy … molecular orbital (HOMO) level. Such
a combination of properties leads to both a high open circuit voltage (V OC ) and short circuit …

… to their small molecular sizes … -circuit voltage (V oc < 0.90 V). To address these performance
limitations, we develop a new trimer acceptor (TYT), consisting of three Y-based molecules …

Small molecule organic solar cells (SMOSCs) have received considerable attention in recent
years. However, one of the key factors limiting the performance of SMOSCs is their large …