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首页> 外文期刊>Journal of materials science >Properties of metallo-dielectric opals and metallic inverse opal photonic crystals
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Properties of metallo-dielectric opals and metallic inverse opal photonic crystals

机译:金属介电蛋白石和金属反蛋白石光子晶体的性质

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Colloidal silica spheres with 290 nm diameters were self-assembled with single crystal crystallites 4-5 mm wide and 10-15 mm long. Larger spheres with diameters between 1000 and 2300 nm were self-assembled with single crystal crystallites up to 1.5 mm wide and 2 mm long. The silica opals self-assembled vertically along the [100] direction of the face centered cubic lattice resulting in self-templated opals. Inverse opal photonic crystals with a partial band gap possessing a maximum in the near infrared at 3.8 urn were constructed from opal templates composed of 2300 nm diameter spheres with chalcogenide Ge_(33)As_(12)Se_(55) (AMTIR-1). Inverse gold photonic crystals were fabricated from synthetic opal templates composed of 290 nm silica spheres.
机译:将直径为290 nm的胶体二氧化硅球与4-5 mm宽和10-15 mm长的单晶微晶进行自组装。直径在1000至2300 nm之间的较大球体是通过最大1.5毫米宽和2毫米长的单晶微晶体自组装而成的。二氧化硅蛋白石沿面心立方晶格的[100]方向垂直自组装,形成自模板蛋白石。利用由硫属化物Ge_(33)As_(12)Se_(55)(AMTIR-1)组成的蛋白石模板,由直径为2300 nm的球组成的蛋白石模板,在近红外处的部分带隙在3.8 urn处具有最大的带隙反蛋白光子晶体。逆金光子晶体由包含290 nm二氧化硅球的合成蛋白石模板制成。

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