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1Investigation of a Steering Mirror for the Soft X-ray Region

A.V. Vinogradov,V.M. Elinson,V.I. Zhilina,N.N. Zorev,G.F. Ivanovsky,I.V. Kozhevnikov,M.E. Plotkin,S.I. Sagitov,V.A. Slemzin,V.V. Sleptsov

The possibility of turning soft X-ray beams through large angles with the help of concave mirrors is shown. For a carbon-coated superpolished concave mirror a reflectivity of 60% is measured for 6.76 nm radiation and a turning angle ψ = 29°, which is two orders higher than for beam deflection by the same angle with one Fresnel reflection from a plane carbon mirror.

1987Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors a...（1987）引用：13

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2Steering Mirrors for the Soft X-Ray Range

A. V. Vinogradov, V. M. Elison, V. I. Zilina,N. N. Zorev,G. F. Ivanovsky, I. V. Kozevnikov,M. E. Plotkin,S. I. Sagitov,V. A. Slemzin,V. V. Sleptsov

Concave glancing incidence mirrors for deflection and turning of soft X-ray beams by large angles are considered. For carbon-coated superpolished concave mirror the reflectivity of 60% is measured for 6.76 rim radiation and turning angle T = 29°, which is two orders higher than for beam deflection by the same angle with one Fresnel reflection from a plane carbon mirror.

1986SPIE Proceedings Soft X-Ray Optics and Technology（1986）引用：1

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3Wolter 1 type X-ray mirror system with mean resolution and maximum effective collecting area for the spectral region of 1-10 nm.