Focusing Of Undulator Light At Spear with A Lacquer-Coated Mirror To Power Densities Of 10[sup]9[/sup] watts/cm[sup]2[/sup]

Roman Tatchyn; Paul Csonka; Hayrettin Kilic; Hiroshi Watanabe; Ashley Fuller; Mark Beck; Arthur Toor; James Underwood; Richard Catura

doi:10.1117/12.964933

1 January 1986 Focusing Of Undulator Light At Spear with A Lacquer-Coated Mirror To Power Densities Of 10⁹ watts/cm²

Roman Tatchyn, Paul Csonka, Hayrettin Kilic, Hiroshi Watanabe, Ashley Fuller, Mark Beck, Arthur Toor, James Underwood, Richard Catura

Author Affiliations +

Proceedings Volume 0733, Soft X-Ray Optics and Technology; (1986) https://doi.org/10.1117/12.964933
Event: Soft X-Ray Optics and Technology, 1987, Berlin, Germany

Abstract

A lacquer-coated, diamond turned Cu ellipsoid has been used to micro-focus undulator light from Beam Line V at SPEAR down to a half-power diameter of about 13 microns. This spot was source-size limited, as has been demonstrated with ray tracings of the optical system. The symmetry of the image, as well as its size and power density, clearly make this optic ideal for many soft x-ray applications, in particular for x-ray microscopy, microprobes, and for pumping soft x-ray transitions in various media.

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Roman Tatchyn, Paul Csonka, Hayrettin Kilic, Hiroshi Watanabe, Ashley Fuller, Mark Beck, Arthur Toor, James Underwood, and Richard Catura "Focusing Of Undulator Light At Spear with A Lacquer-Coated Mirror To Power Densities Of 10⁹ watts/cm²", Proc. SPIE 0733, Soft X-Ray Optics and Technology, (1 January 1986); https://doi.org/10.1117/12.964933

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