Abstract
The energy distribution of an intense relativistic electron beam (IREB) having a voltage of ≈0.75 MV, a current of 23 kA, and a duration of 30 ns was investigated using a magnetic-deflection-type energy analyzer. The IREB was found to have an exponential distribution with a sharp discontinuity at the maximum energy and a gradual decay toward lower energy. The energy spread was 6% of the maximum energy.
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