Organic light‐emitting diode behaviors of some synthesized platinum(<scp>II</scp>)‐based complexes

Abstract Organic light‐emitting light diodes (OLEDs) have been increasingly used in displays, replacing liquid‐crystal displays (LCD) and (LEDs) panels. The increase commercial use of OLED has led to the search for with high performance. For that reason, properties monomers dimers some synthesized platinum(II)‐based complexes were estimated by using different computational chemistry tools codes. electron/hole reorganization energies, adiabatic/vertical ionization potentials, electron affinities, chemical hardness values, dipole moments, frontier orbital shapes/energy levels, energy gaps, emission wavelengths, spin‐orbit matrix elements, rates reverse intersystem crossing investigated determined. From theoretically obtained data, it was found Pt(hppz) 2 Pt(fppz) can be as transfer material. Furthermore, stated Pt(f2bipz)(bpy) is both electron‐blocking layer hole blocking materials. Moreover, noted PtOEP complex utilized a good injection Addition these, emphasized considered candidate near infrared organic emitting thermal activated delayed fluorescent diodes. In chemistry, should expected study will provide great contribution studies related