Abstract
The possibility of increasing the effectiveness of nanostructural reflectors by replacing spherical nanoparticles with nanorods is examined. It is shown that the albedo of very cold neutrons from disordered nanorods is lower than from nanospheres of the same diameter. However, the albedo of very cold neutrons and quasispecular reflection of cold neutrons from long nanorods oriented parallel to its surface are higher than the corresponding values for a reflector comprised of nanospheres of the same diameter.
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