Abstract

This paper describes the design of a two-component grazing-incidence mirror system for use with a grazing-incidence spectrometer in order to record spatially resolved solar spectra in the 150–850-Å region. Photoelectric measurements are presented of the point spread function and reflectivity of the mirror system at discrete wavelengths in the extreme ultraviolet.

© 1974 Optical Society of America

First-generation holographic, grazing-incidence gratings for use in converging, extreme-ultraviolet light beams

Erik Wilkinson and James C. Green
Appl. Opt. 34(22) 4685-4696 (1995)

Extreme Ultraviolet Spectrometer for Space Research

Shailendra Kumar, Francesco Paresce, Stuart Bowyer, and Michael Lampton
Appl. Opt. 13(3) 575-580 (1974)

Analysis of buried interfaces in multilayer mirrors using grazing incidence extreme ultraviolet reflectometry near resonance edges

M. G. Sertsu, M. Nardello, A. Giglia, A. J. Corso, C. Maurizio, L. Juschkin, and P. Nicolosi
Appl. Opt. 54(35) 10351-10358 (2015)

Design of the Extreme Ultraviolet Explorer long-wavelength grazing incidence telescope optics

David S. Finley, Patrick Jelinsky, Stuart Bowyer, and Roger F. Malina
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Extreme Ultraviolet Explorer spectrometer

Michael C. Hettrick, Stuart Bowyer, Roger F. Malina, Christopher Martin, and Stanley Mrowka
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