DOI: 10.1021 acs.macromol.0c ID: 225722606 Investigation of the mobility-extensibility relationship of ester-substituted polythiophene derivatives article Wu2020InvestigationOT, title Investigation of the mobility-extensibility relationship of ester-substituted polythiophene derivatives author Ying‐Sheng Wu , Polythiophene derivatives behave as active electron donors, while graphene behaves as an electron acceptor for solar cell applications. For example, nanocomposites based on poly-3-hexylthiophene and graphene have been designed for bulk heterojunction solar cells, 133, 134, 135. Soluble regioregular derivatives of polythiophene with chiral alkyl side chains, bulky and carboxylic side chains were synthesized. The performance and structural characteristics of thin-film field-effect transistors were studied. The above properties were found to be strongly affected by the nature of the side chains; The polythiophene derivative was dispersed in a HydroMed D4 polyurethane gel, to inhibit self-aggregation-induced quenching, while WG-PTFT used the aggregated solid thin film. In. In this work, the influence of titanium dioxide, thin films, on the efficiency of organic photovoltaic devices based on electrochemically synthesized polythiophene PT was studied. The films were produced by sol-gel methods with controlled thickness. The best annealing conditions were determined through the electronic and optical properties of polythiophene PT for PLED polymer light-emitting diodes were calculated using DFT density functional theory and time-dependent DFT. We calculated the electronic and optical properties of thiophene and PT polymers with degrees of polymerization DP, monomers T1-T30 and. The optical transitions of a three-substituted chiral polythiophene with an amino acid function can be tuned by interactions with synthetic peptides. The addition of a positively charged peptide w. The morphology of the electrosynthesized P3OT and P3MT thin films was analyzed by atomic force microscopy and different film morphologies were found for different electrodeposition techniques and. Hybrid nanosheet derived from graphene oxide and polythiophene to improve supercapacitor performance. Journal of power,