Synthesis and electropolymerization of a new ion sensitive ethylenedioxy-substituted terthiophene monomer bearing a quinoxaline moiety

Computational Designing of Low Energy Gap Small Molecule Acceptors for Organic Solar Cells

“…The VOC and driving force for exciton dissociation can be predicted. The energy difference between the LUMO of the electron acceptor and the HOMO of the electron donor was found to closely correlate with the Voc value [22,24,25]. While driving force for exciton dissociation electron is equal to energy difference between LUMOs of the donor and the acceptor.…”

“…In recent years, many investigations on the design and synthesis of low-band gap electrochromic polymers have been the major attractive area and a most successful and flexible strategy to design small band gap polymers involves the alternation of electron-rich and electron deficient units along the polymer chain [13][14][15][16]. Some of this type polymers, quinoxaline units were used as acceptor unit and some works reported that low-bandgap polymers containing quinoxaline units as acceptor unit performed good electrochromic ability [17][18][19][20][21][22][23][24][25][26]. These polymers generally show a variety of excellent properties such as distinct optical changes throughout the visible region, fast switching time, low-voltage electrochromic (the voltage lower than 1.3 V).…”

Indole‐based novel organic anode catalyst for glucose electrooxidation

“…Moreover, they have been used in solar cells, 11 fuel cells, 12 batteries, 13 and electronic devices. 14 Heterocyclic compounds have many advantages over precious metal-based materials such as; less cost, more flexibility, broad absorption bands, and keeping high charge transfer properties. In addition, they are environmentally friendly and reusable.…”

Synthesis, Biological Evaluation and Molecular Docking of Novel Thiophene‐Based Indole Derivatives as Potential Antibacterial, GST Inhibitor and Apoptotic Anticancer Agents

“…Discovery of new alternative indole derivatives against common diseases are required to be researched and developed . In addition, thiophene based novel organic molecules creates not only new biological properties but also biocompatible materials . Recently, we designed and synthesized novel benzothiophene derivatives via electrophilic cyclization reactions.…”

“…[17] In addition, thiophene based novel organic molecules creates not only new biological properties [18] but also biocompatible materials. [19,20] Recently, we designed and synthesized novel benzothiophene derivatives via electrophilic cyclization reactions. It was investigated that sulfur and nitrogen atoms may be increased the biological properties or create new activities.…”