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Photophysical properties of the Dy III) complex were investigated both in solution and solid powder.
Added challenges include handling of continuous solid powder feeding, stable pumping of reactive slurries, and a possibility of continuous control.
Long's team chose to mimic this basic structure, but in a solid powder form since it takes far less heat to release gases from a porous solid than a liquid.
Hydrogen generation can be readily controlled by regulating the contact of the aqueous solution with the solid powder mixture.
A significant amount of fine solid powder was observed in the gas phase, which was believed to be imines.
The white light emission from the solid powder Dy III) complex as a single component may possibly find its use in white light emitting devices (WLEDs).
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More commendably, a chain of solid powders had been successfully encapsulated using this scalable reaction system.
Interestingly, their solid powders showed a very different fluorescence colour from their respective THF solution.
In addition, the complex showed strong solid-state fluorescence, and the emission spectrum and quantum efficiency (ΦF) of the solid powders were also measured.
Controlled oxidation, acid treatment, and covalent functionalization with aromatic organic groups can be applied to CNT solid powders without substantially increasing the resulting TCF resistivity.
Finally the resulting N-doped CQDs were evaporated into solid powders for further characterization and usage.
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