Abstract
The use of superconducting bending magnets in compact electron storage rings for generation of synchrotron radiation imposes additional design constraints caused by the nonlinear and non-isomagnetic field of the magnets. A symplectic third order beam optics calculation including real fields and chromatic effects is performed on the proposed Karlsruhe compact synchrotron light source for deep-etch X-ray lithography. The results show that satisfactory dynamic apertures and beam sizes and divergences can be found. With the magnet design used, there remains even a certain flexibility to adapt the lattice to different lithographic requirements.
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