Abstract
Steady-state self-fields are derived for a relativistic electron beam in a helical wiggler with ion-channel guiding by a self-consistent method. The effect of self-fields on electron dynamics is studied and modified steady-state orbits and their stabilities have been analysed. Variation of electron energy is included in the stability analysis and it is found that γ variation has significant effects on the orbit stability. Results of the orbit stability analysis were found in agreement with the single particle simulation.
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