Abstract
Several design features of photodiode, charge-coupled, and charge-injection monolithic solid state array detectors that can be utilized for the position encoding of X-ray scattering are discussed. Special emphasis has been placed on their unique applications for the determination of synchrotron small angle X-ray scattering and general considerations for improving performance are presented. The mechanisms of X-ray radiation damage in solid state arrays and their practical consequences for synchrotron radiation are discussed. A small angle diffractometer is described that takes advantage of the high speed and potentially high count rate capabilities of a self-scanning photodiode array to calculate small angle scattering parameters in real time on a millisecond time scale.
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