Abstract
Variation of the deformation structure of the surface of a photothermoplastic carrier is demonstrated in the case where high frequencies of an interference pattern are recorded. A smooth variation of the period of a grating projected is shown to lead to a variation of the pit diameter in a limited frequency range. A high-frequency maximum of the diffraction efficiency is observed for the deepest pits formed with the highest probability, but their size coincides neither with the maximum nor with the minimum diameter. Periodic repetition of the curve of pit growth with decreasing frequency forms additional maxima in the frequency dependence of the diffraction efficiency at frequencies corresponding to the alignment of resonant dimensions of pits in one, two, and three rows.
Published Version
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call