Speaker
Description
The Electron-Ion Collider is being built at Brookhaven National Laboratory. High resolution imaging systems are required to provide robust measurements of beam emittance and energy spread. Two pinhole cameras will be installed on the electron storage ring. Radiation will be extracted from the high and low dispersion regions. One of the beamlines will be used for the visible light diagnostics as well. The synchrotron radiation will be extracted though a diamond window separating high vacuum region from low vacuum beamline. The window is protected from high power synchrotron radiation with a filter made of pyroelectric graphite. In this paper we provide resolution analyses, heat load calculations, and optimization of the pinhole cameras including beamline design.
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