Sentence examples for emitting applications from inspiring English sources
By modifying surface states (achieved by introducing TOA and TOPO to the regular solvent OD), the green luminescence can effectively be quenched, which could be important for UV light emitting applications.
The objective of the work is to demonstrate feasibility of producing functional polymer nanocomposite films for light emitting applications using the new double beam pulsed laser deposition (DPLD) technique.
The study indicates the potential of 2D/1D heterojunctions to achieve tailored emission characteristics for light emitting applications.
We report for the first time solution processed open shell organic molecules for light emitting diode applications.
We report barrier-height and well-width dependence of room-temperature photoluminescence from AlGaN-based quantum well structures for deep-UV light emitting device applications.
The PL spectrum shows the nanowires have an ultraviolet emission peaks at 300 nm, which indicates that the nanowires are a promising material candidate for nanooptoelectronic and light emitting devices applications.
The ground and excited state properties of DCDPC, particularly designed as a red emitter for organic light emitting diodes applications have been studied by means of density functional theory (DFT) and time-dependent (TD DFT.
These results suggest that TiO2 nanorods may possess potential use in light-emitting applications.
In this view, core/shell nanorods (NRs) are a promising active material for light-emitting applications.
In addition, the three chirped structures are designed such that one or both of the lower QDM emission peaks are lower in energy than the upper QDM layer, minimizing reabsorption in surface-emitting applications.
The spectroscopic studies and theoretical calculations indicate that the photophysical properties of these aza-BODIQUs can be tuned by the appended aryl-substituents, which would be useful for rational design of boron fluorine complexes with high emission quantum yield for organic light-emitting applications.
