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Study on band gap varying of diamond photonic crystals by fabricating to bring the error of dielectric volume fraction

机译:通过制造为带来介电体积分数误差的金刚石光子晶体带隙改变研究

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摘要

To avoid the effect of the error of dielectric volume fraction brought by fabricating on band gap, the diamond crystals with different the error of dielectric volume fraction were and fabricated to investigate the fluctuation of band gaps. Theses photonic crystals with a diamond structure were fabricated using alumina by stereolithography, gel-casting and sintering. The band gaps were observed along <100> direction and the photonic band gaps were formed in different frequency range. Increasing the radius from 4.2mm to 4.32mm and changing band width from 0.8 to 1.39GHz, the radius is increased by 2.86%, and corresponding band width increased by 73.75%. Therefore, the fabrication error in mold and fabrication process including injecting mold, sintering should be maintained under the same conditions, which can retain the error of band gap.
机译:为避免通过在带隙上制造产生的介电体积分数误差的影响,具有不同介电体积分数误差的金刚石晶体并制造,以研究带空隙的波动。使用立体光刻,凝胶铸造和烧结,使用氧化铝制造具有金刚石结构的光子晶体。沿<100>方向观察带间隙,并且在不同的频率范围内形成光子带间隙。将半径从4.2mm增加到4.32mm,并且随着0.8至1.39ghz的频带宽度,半径增加2.86%,相应的带宽增加73.75%。因此,模具和制造过程中的制造误差包括注入模具,烧结应保持在相同条件下,这可以保留带隙的误差。

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