Abstract
In this paper we report on experiments generating complex one-dimensional nanoscale patterns with the laser-focused atomic deposition technique. A beam of collimated chromium atoms intersect with an exact on-resonant laser standing wave at 7S3 → 7 transition of 52Cr. With the usage of proper laser intensity and reflectivity of the retroreflecting mirror, which are used to form the standing wave, nanolines with complex spatial frequencies (both λ/2 and λ/4) can be fabricated in one-step deposition. The proportion of the two structures could be 1:1.
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