The perylene chromophore with versatile substituents offers strong absorption in the visible region with high molar extinction coefficients. Moreover, they are capable of emitting light with high fluorescence quantum yields ...

Carbazoles (Cbz)s are well known electron-donating materials because of the conjugated π-electrons present in their structures, they are one of the most suitable candidates for construction of electronic devices. In the ...

Nowadays, as a result of developing new technologies, the applications of organic substances utilized in various fields are growing interest. The naphthalene diimides, due to their excellent electrochemical, thermal and ...

Metal binding is expected to make changes in photophysical and photochemical properties of sensitizers such as wavelength shifts and intensity changes in absorption and emission spectra. Perylene chromophoric dyes are ...

Perylene molecules bearing two aryloxy substituents on bay position (1,7 positions) and two receptor units at the imide positions are most useful fluorescent building blocks for the realization of a broad variety of ...

Perylene chromophore containing supramolecular chromogenic polymers represent an important research topic relating to its interesting optoelectronic and redox properties. In the present study, a novel chromogenic polymer ...

Perylene chromophore has an outstanding aromatic conjugation. The functionalization at the bay and imide positions brings great advantages. Specifically, functionalization at the bay region via long alkyl chain improves ...

π-Conjugated light emitting polymers are having very wide applications in many areas, especially in optoelectronic, photonic and renewable energy systems. 2,7-substituted polycarbazoles are excellent p-type candidates with ...

The fabrication of novel molecular dyes with suitable absorptive properties for photon harvesting is an essential area to search on for efficient photovoltaic cells. Perylene diimides show vibronic absorption band at the ...

Perylene chromophore has an excellent aromatic conjugation and offers numerous advantages in many fields of application. One of their greatest advantages is the capability to functionalize the chromophore at its core/bay ...