Large-numerical-aperture Microlenses By One-step Ion-beam Etching And Mass-transport Smoothing

Z. Liau, D. Mull, C. L. Dennis, B.G. Waarts
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Abstract

Mesa structures with designed width variations have been etched in compound semiconductor substrates and subsequently transformed into microlenses by heat treatment. These highly accurate elements are very promising for eff icient diffraction-limited microoptical applications and monolithic optoelectronic integration.
一步离子束刻蚀和质量输运平滑的大数值孔径微透镜
具有设计宽度变化的台面结构已经蚀刻在化合物半导体衬底上,随后通过热处理转化为微透镜。这些高精度元件在高效限衍射微光学应用和单片光电集成方面具有广阔的应用前景。
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