Two Cell Repetitive Achromats and Four Cell Achromats Based on Mirror Symmetry
V.Balandin, R.Brinkmann, W.Decking, N.Golubeva
TL;DR
This paper introduces a group-theoretical approach to designing magnetic optical achromats, focusing on two-cell and four-cell configurations with mirror symmetry to improve their performance.
Contribution
It presents a novel symmetry-based method for designing magnetic achromats using group theory, specifically employing mirror symmetry in multi-cell arrangements.
Findings
Group-theoretical framework for achromat design
Design of two-cell and four-cell achromats with mirror symmetry
Enhanced understanding of symmetry's role in optical achromats
Abstract
In this article we introduce a group-theoretical point of view for the design of magnetic optical achromats based on symmetry. As examples we use two-cell repetitive achromats and four-cell achromats employing mirror symmetry.
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Taxonomy
TopicsColor Science and Applications · melanin and skin pigmentation · Dyeing and Modifying Textile Fibers