Facile fabrication of 2-dimensional arrays of sub-10 nm single crystalline Si nanopillars using nanoparticle masks.

Abstract

A simple procedure for the fabrication of sub-10 nm scale Si nanopillars in a 2-D array using reactive ion etching with 8 nm Co nanoparticles as etch masks is demonstrated. The obtained Si nanopillars are single crystalline tapered pillar structures of 5 nm (top) x 8 nm (bottom) with a density of approximately 4 x 10(10) pillars cm(-2) on the substrate, similar to the density of Co nanoparticles distributed before the ion etching process. The uniform spatial distribution of the Si nanopillars can also be patterned into desired positions. Our fabrication method is straightforward and requires mild process conditions, which can be extended to patterned 2-D arrays of various Si nanostructures.

Cite this paper

@article{Hong2003FacileFO, title={Facile fabrication of 2-dimensional arrays of sub-10 nm single crystalline Si nanopillars using nanoparticle masks.}, author={Young-Kyu Hong and Jae Ho Bahng and Geunseop Lee and Hanchul Kim and Wondong Kim and Sekyung Lee and Ja-Yong Koo and Jong-Il Park and Woo-Ram Lee and Jinwoo Cheon}, journal={Chemical communications}, year={2003}, volume={24}, pages={3034-5} }