Abstract
A complete system able to measure in a nondestructive way the energy spread of a dense and cold electron beam is described. It is based on the analysis of the line width of a laser light back scattered by the electron beam. The system will be implemented on an electron cooling device in construction at the Legnaro Laboratories of INFN. A Monte Carlo code has been used to determine the geometrical and spectral properties of the scattered radiation. Using commercial instrumentation it is possible to measure an energy spread of less than 10−3 in two different energy regions: around 100 keV and from 450 to 700 keV.
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