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Fabrication large area photonic crystals with periodic waveguide by one-step holographic lithography based on spatial light modulator

机译:基于空间光调制器的一步全息光刻制造大面积光子光子晶体与周期波导

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A one-step introduction of functional defects into a photonic crystal (PC) is demonstrated. By using a multi-beam phasecontrolled holographic lithography and a diffracting optical element, large area one dimensional (1D) and two dimensional (2D) PCs with periodic waveguide were fabricated. The uniform area is up to 4 mm~2, and tens of waveguide have been introduced in the one dimension and two dimension PC structure. This technique gives rise to a substantial reduction of the fabrication complexity and a significant improvement on the accuracy of the functional defects in photonic crystals. This method can also been used to design and fabricate metamaterials.? (2012) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
机译:证明了在光子晶体(PC)中的一步一步引入了功能缺陷。通过使用多光束相位控制的全息光刻和衍射光学元件,制造具有周期性波导的大面积一维(1D)和二维(2D)PC。均匀区域高达4mm〜2,并且已经在一个尺寸和两个尺寸PC结构中引入了数十个波导。该技术引起了制造复杂性的显着降低,并显着提高了光子晶体中功能缺陷的准确性。该方法也可以用于设计和制造超材料。 (2012)照片光学仪表工程师(SPIE)的版权协会。仅供个人使用的摘要下载。

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