Transport Properties of Relativistic Electron Beams through Linearly Polarized Magnetic Wigglers.
Technical rept. 1 Oct 82-30 Sep 83,
CALIFORNIA UNIV SANTA BARBARA QUANTUM INST
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When a relativistic electron beam mobes through a linearly polarized magnetic wiggler it exhibits betatron oscillations along the direction perpendicular to the motion. There is also a small defocusing effect along the transverse direction because of space charge repulsion. In our case with a low emittance electron beam, computer simulation shows a negligible increase in emittance, although the phase space in the transverse plane may vary greatly from period to period because of the betatron effect.
- Particle Accelerators