New Convex Grating Types Manufactured by Electron Beam Lithography

P. Maker, R. Muller, D. Wilson, P. Mouroulis
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引用次数: 15

Abstract

The advantages of spectrometer forms utilizing concentric surfaces have been recognized for some time.1,2 In order to realize these advantages in practice, a reliable and flexible method of generating gratings on curved substrates is needed. Concave gratings are commonly manufactured using both ruling and holographic techniques. However, it is difficult to produce well-blazed curved gratings.3,4,5 These difficulties are exacerbated in concentric spectrometer designs in which the grating must typically cover an arc that is greater than the blaze angle itself.
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电子束光刻技术制造新型凸光栅
利用同心表面的谱仪形式的优点已经被认识了一段时间。1,2为了在实践中实现这些优点,需要一种可靠而灵活的方法在曲面基板上产生光栅。凹面光栅通常是用刻划和全息技术制造的。然而,很难生产出燃烧良好的弯曲光栅。这些困难在同心光谱仪的设计中更加严重,在同心光谱仪中,光栅通常必须覆盖比火焰角本身更大的弧线。
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Study of the resonant behavior of waveguide-gratings Increasing the angular tolerance of guided-mode filters Perturbation theory - a unified approach to describe diffractive optical elements Electromagnetic Analysis of Axially-Symmetric DOEs Using the FDTD Method New Convex Grating Types Manufactured by Electron Beam Lithography High Efficiency Binary Blazed Grating Waveguide Couplers
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