Dispersion of X-rays from polished surfaces

Details Dispersion of X-rays from polished surfaces Dispersion of X-rays from polished surfaces

May 1980

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1980dxrp.rept.....h&link_type=abstract

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Mathematics

Logic

Dispersing, Surface Finishing, X Ray Analysis, X Ray Density Measurement, X Ray Telescopes, Electropolishing, Mirrors, Optical Equipment, Radio Telescopes, Statistical Analysis

Scientific paper

The development of the 80 cm telescope with dependence on leakage of wavelengths and angle of incidence as well as with the exact determination of the surface parameters with extremely well polished X-ray mirrors is discussed. Two approaches were put forward: (1) the physical relationship of X-ray dispersion to surface, and (2) to improve technologically the dispersion theory. The first goal was to improve diagnostics and the second goal was to simplify the interrated processes in the manufactured complicated mirror systems. The dispersion characteristics of mirrors was also tested for radiation of higher energies which are not absorbed by air. The value of the dispersion theory was tested with evidence of air presence and extrapolated without further application of weak radioactivity. Both theories show small radiation dispersions which are equivalent on statistically raw surfaces.

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