Showing papers on "Nanosphere lithography published in 1996"
TL;DR: In this article, the method of nanosphere lithography was applied to fabricate arrays of nanometer-scale gold and cobalt particles, which were verified by magnetic force microscopy.
Abstract: We have applied the method of nanosphere lithography to fabricate arrays of nanometer-scale gold and cobalt particles. The individual cobalt particles were found to be in a single domain state as verified by magnetic force microscopy. By tuning the preparation conditions, we also successfully fabricated arrays of mesoscopic gold rings for the first time with potential application for persistent current experiments.
121 citations
TL;DR: In this article, the method of nanosphere lithography was applied to fabricate arrays of nanometer-scale gold and cobalt particles, which were verified by magnetic force microscopy.
Abstract: We have applied the method of nanosphere lithography to fabricate arrays of nanometer-scale gold and cobalt particles. The individual cobalt particles were found to be in a single domain state as verified by magnetic force microscopy. By tuning the preparation conditions, we also successfully fabricated arrays of mesoscopic gold rings for the first time with potential application for persistent current experiments.
11 citations