This paper reports an approach using nanoparticle free polymer blends for light scattering films in liquid crystal displays. The ability to create the regularly structured circle of approximately 200 nm diameter in the light scattering film by blending two specified polymers with carboxylic acid groups and epoxy groups was demonstrated. The developed light scattering film based on thermosetting system indicated regularly structured nanomorphology, high light scattering rates of more than 3.9% at 300–600 nm of wavelength, and fast thermal cross-linking reaction at 150 °C and 60 s in thermosetting conditions for high productivity.

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This relationship was applicable to several types of sake mash. These results obtained here suggest that the application of a conductivity meter to evaluation of sake brewing process is feasible.

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We present investigations of light-scattering thermal cross-link package film based on self-assembly for liquid crystal display using light emitting diode. Thermal cross-link package films based on selfassembly indicated good nano regularly-structured patterning for light-scattering, excellent environmental stability of optical parameters, and solvent intermixing resistance after thermal cross-link reaction. The developed light-scattering thermal cross-link package film-s based on self-assembly is one of the most promising processes ready to be incorporated into the mass production of patterning light-scattering optical layer for advanced liquid crystal display, organic electroluminescent display, and solar cell devices.