The results of a technology program aimed at determining the limits of surface polishing for reflecting X-ray telescopes is presented. This program is part of the major task of developing the Advanced X-ray Astrophysical Facility (AXAF). By studying the optical properties of state-of-the-art polished flat surfaces, conclusions were drawn as to the potential capability of AXAF. Surface microtopography of the flats as well as their figure are studied by X-ray, visual, and mechanical techniques. These techniques and their results are described. The employed polishing techniques are more than adequate for the specifications of the AXAF mirrors
The x-ray reflectivity of the VETA-I optic, the outermost shell of the AXAF x-ray telescope, with a ...
In investigating the dispersion properties of telescope mirrors used in X-ray astronomy, the slight ...
This project is to demonstrate the capability to directly fabricate lightweight, high-resolution, gr...
The optical surfaces for the Advanced X-ray Astrophysical Facility (AXAF), was studied. The applicab...
The mirror assembly of the AXAF observatory consists of four concentric, confocal, Wolter type 1 tel...
A group of twelve optically polished flat samples were used to study the scattering of X-rays. The X...
Advanced optical systems for applications such as grazing incidence Wolter I x-ray mirror assemblies...
The progress of the Advanced X-ray Astrophysics Facility is summarized. A design review of the facil...
The Advanced X-ray Astrophysics Facility (AXAF) will soon begin its exploration of the x-ray univers...
X-ray astronomy was born on 1962 when Giacconi decided to put a Geiger counter onto a rocket, in hop...
The Optics Division is currently in the research phase of producing grazing-incidence mirrors to be ...
X-ray astronomy was born on 1962 when Giacconi decided to put a Geiger counter onto a rocket, in hop...
The Advanced X-ray Astrophysics Facility (AXAF) will soon begin its exploration of the x-ray univers...
Optical surfaces built for X-ray telescopes are made to reflect very short wavelengths that range in...
A modular user-friendly computer program for the modeling of grazing-incidence type x-ray optical sy...
The x-ray reflectivity of the VETA-I optic, the outermost shell of the AXAF x-ray telescope, with a ...
In investigating the dispersion properties of telescope mirrors used in X-ray astronomy, the slight ...
This project is to demonstrate the capability to directly fabricate lightweight, high-resolution, gr...
The optical surfaces for the Advanced X-ray Astrophysical Facility (AXAF), was studied. The applicab...
The mirror assembly of the AXAF observatory consists of four concentric, confocal, Wolter type 1 tel...
A group of twelve optically polished flat samples were used to study the scattering of X-rays. The X...
Advanced optical systems for applications such as grazing incidence Wolter I x-ray mirror assemblies...
The progress of the Advanced X-ray Astrophysics Facility is summarized. A design review of the facil...
The Advanced X-ray Astrophysics Facility (AXAF) will soon begin its exploration of the x-ray univers...
X-ray astronomy was born on 1962 when Giacconi decided to put a Geiger counter onto a rocket, in hop...
The Optics Division is currently in the research phase of producing grazing-incidence mirrors to be ...
X-ray astronomy was born on 1962 when Giacconi decided to put a Geiger counter onto a rocket, in hop...
The Advanced X-ray Astrophysics Facility (AXAF) will soon begin its exploration of the x-ray univers...
Optical surfaces built for X-ray telescopes are made to reflect very short wavelengths that range in...
A modular user-friendly computer program for the modeling of grazing-incidence type x-ray optical sy...
The x-ray reflectivity of the VETA-I optic, the outermost shell of the AXAF x-ray telescope, with a ...
In investigating the dispersion properties of telescope mirrors used in X-ray astronomy, the slight ...
This project is to demonstrate the capability to directly fabricate lightweight, high-resolution, gr...