Abstract
The problems of optimizing the parameters of a storage ring used as a source of synchrotron radiation (SR) for a multiplicity of sub-micron technology applications are considered. The storage ring lattice optimized for the minimum emittance of the electron beam provides for installation of undulators and wigglers to generate the high-power beams of ultra-violet (λ = 1200−2000 A ̊ ) , soft X-ray (λ = 40−10 A ̊ ) and X-ray (λ = 4−2 A ̊ ) radiation. A number of design features are proposed, viz magnets with three different levels of magnetic field, a SR beam sweep for wigglers and undulators, quadrupole lenses made of two pieces, etc., which are optimal in the storage ring used as a dedicated SR source for technology.
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