Effect of electric field on the luminescent properties of thermally activated delayed fluorescence emitters

Key Points

• Thermally activated delayed fluorescence emitters exhibit improved luminescent properties with electric field application, enhancing their usability.
• Changes in emission intensity indicate that electric fields strongly influence photophysical properties across the tested range.
• Observational analysis across multiple emitter types reveals significant electric field effects on luminescence behavior.
• This work supports the potential of electric field manipulation in optimizing optoelectronic devices, emphasizing further exploration.