| 초록 |
Conjugated polymers in forms of nanomaterials can significantly enhanced luminescence intensity and photostability, in which the conjugated polymer chains can be separated from surrounding media as a discontinuous phase, thereby considerably reduces the radiationless decay and photodegradation. Because of the quite high fluorescence quantum yield (~39%) of conjugated polymer nanoparticles in an aqueous medium, the conjugated polymers in the form of nanomaterials are attracting attention in aqueous applications and photocatalytic reactions (water splitting for hydrogen generation and organic pollutant degradation). In this study, P3HT-phospholipids nanoparticles were used to prolong the photostability of the conjugated backbones. The gas adsorption and temperature effects on crystalline structure of composite thin films will be discussed via in-situ GIXD Studies. |
