Silicon needle crystals fabricated by high-selective anisotropic dry etching and their characteristics of field emission current

M. Kanechika, Y. Mitsushima
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Abstract

We study silicon needle crystals fabricated by high-selective anisotropic dry etching. The etch mask is not the fine patterned photoresist but the oxygen precipitation, which is induced by nitride ion implantation and the following oxidization. The silicon needle crystals have less than 10 nm tip radius and high aspect ratio 7. We demonstrate the field emission diode by these silicon needle crystals.
高选择性各向异性干刻蚀制备的硅针晶体及其场发射电流特性
研究了高选择性各向异性干刻蚀法制备的硅针晶体。蚀刻膜不是精细的光刻胶,而是由氮离子注入和随后的氧化引起的氧沉淀。硅针状晶体尖端半径小于10nm,宽高比7。我们用这些硅针状晶体演示了场致发射二极管。
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