2016•Optics ExpressOpen access

Optical path length and trajectory stability in rotationally asymmetric multipass cells

Galen H. Harden, Luis E. Cortes-Herrera, Anthony J. Hoffman

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Abstract

). Additionally, the effect of small changes to the input conditions on the path length is studied and compared to the astigmatic Herriott cell. This work simplifies the process of designing RACs with long optical path lengths and could lead to broader implementation of these multipass cells.

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). Additionally, the effect of small changes to the input conditions on the path length is studied and compared to the astigmatic Herriott cell. This work simplifies the process of designing RACs with long optical path lengths and could lead to broader implementation of these multipass cells.

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Available abstract

). Additionally, the effect of small changes to the input conditions on the path length is studied and compared to the astigmatic Herriott cell. This work simplifies the process of designing RACs with long optical path lengths and could lead to broader implementation of these multipass cells.

Key concepts: Optics, Optical path length, Path length, Optical path, Trajectory, Path (computing), Phase (matter), Physics

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