Net-shape diamond growth: applications in optics and electronics

V. Ralchenko
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Abstract

A direct growth of CVD diamond components in order to avoid (or minimize) further surface treatment is considered. This transfer molding technique is based on diamond growth on a patterned substrate, the replica of those patterns being formed on the nucleation side of the diamond film. If the diamond nucleation density is high enough to provide the conformal coating of the microstructured substrate surface the exact replica of the original structure after removal of the substrate can be produced.
净形金刚石生长:在光学和电子领域的应用
为了避免(或最小化)进一步的表面处理,考虑了CVD金刚石组件的直接生长。这种转移成型技术是基于在有图案的衬底上的金刚石生长,这些图案的复制品在金刚石膜的成核侧形成。如果金刚石成核密度足够高,可以在微结构基体表面提供保形涂层,则可以产生去除基体后原始结构的精确复制品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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