将一种作为光散射体的聚合物均匀分布于另一种透明聚合物基质材料中,两者之间形成的微相分离产生过量的光散射,从而制备出具有光散射导光特性的光学材料.考察了光散射体的分子量、含量及两种聚合物之间的相容性对导光材料光散射能力的影响.
High-quality optical materials with uniform light scattering were prepared by modifying PS or PMMA content and the composition of copolymers. the balance between light scattering and transmission of the optical materials could be obtained.
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