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ZnS/bacterial cellulose/epoxy resin(ZnS/BC/E56) nanocomposites with good transparency and flexibility were prepared and characterized.When the precursor Zn~(2+) concentrations were not more than 1 wt%,the size of the introduced ZnS nanoparticles was smaller than 50 nm and the distribution was homogeneous within the composites.Under the condition,outstanding transmittance more than 70%in the visible light was obtained.By incorporation of ZnS nanoparticles with excellent thermo-optic stability to the composites,the thermo-optic coefficient was obviously increased from-361×10~(-6) to-310×10~(-6)K~(-1).The good flexibility,optical and mechanical properties endow the nanocomposites potential applications in the flexible optoelectronic materials.
ZnS / bacterial cellulose / epoxy resin (ZnS / BC / E56) nanocomposites with good transparency and flexibility were prepared and characterized. was smaller than 50 nm and the distribution was homogeneous within the composites. Under the condition, excellent transmittance more than 70% in the visible light was obtained. By incorporation of ZnS nanoparticles with excellent thermo-optic stability to the composites, the thermo-optic coefficient was obviously increased from-361 × 10 -6 to-310 × 10 -6 K -1. The good flexibility, optical and mechanical properties endow the nanocomposites potential applications in the flexible optoelectronic materials.