(time to 50% initial brightness) of the devices compared to standard host-guest systems.
High-energy blue excitons often lead to material degradation, particularly at the host-guest interface.
This approach involves trapping electron-transporting molecules within the host matrix to minimize exciton quenching and reduce the efficiency roll-off at high luminance.
(time to 50% initial brightness) of the devices compared to standard host-guest systems.
High-energy blue excitons often lead to material degradation, particularly at the host-guest interface. 124694
This approach involves trapping electron-transporting molecules within the host matrix to minimize exciton quenching and reduce the efficiency roll-off at high luminance. (time to 50% initial brightness) of the devices