| 초록 |
Recently, much research has been done to create high color purity for displays using Quantum Dots Particles(QDs). When a polymer is used as a matrix of a composite material, thickness, stability, and patternability become issues. There are several reasons for making thin films using the CVD process. Because of no use of solvent in process, it has no by-products and pinhole-free structure. And it is easy to control the thickness of film form tens to hundreds of nanometers. Furthermore, since the sample plate where the Parylene is synthesized corresponds to near the room temperature, there is no damage to the sample. In this article, 4-benzoyl[2.2]paracyclophane was synthesized as a monomer of Benzoyl-Parylene that can be used for patterning with QD-stabilized organic ligands. So, we use Parylene CVD to introduce Benzoyl-Parylene polymers with suitable composite polymers. Finally, the Parylene QDs composite films produced in this way are characterized by a variety of optical properties. |
