Solution-processable double-boron-nitrogen-doped deep blue multi-resonance thermally activated delayed fluorescence materials | Synapse
February 28, 2026
Solution-processable double-boron-nitrogen-doped deep blue multi-resonance thermally activated delayed fluorescence materials
Key Points
The aim is to develop efficient deep-blue luminescent materials for electroluminescent applications using a specific doping strategy.
Implemented dual B atom functional differentiation strategy to enhance molecular rigidity
Synthesized solution-processable deep-blue emitters for testing
Analyzed the electroluminescent properties of the materials
Achieved high efficiency in deep-blue electroluminescent emitters
Demonstrated improved molecular rigidity resulting in better performance
Materials showed suitability for solution processing, enhancing production possibilities
Abstract
By adopting a dual B atom functional differentiation strategy, to enhance molecular rigidity, highly efficient, deep-blue electroluminescent emitters suitable for solution processing were obtained.