Abstract
The paper describes short versions of optimized focusing systems based on a divided Russian quadruplet and a triplet of magnetic quadrupole lenses. The systems have a total length l < 3.5 m. The calculations include all dominant lens aberrations (chromatic, spherical, sextupole and octupole). The results are used to design new scanning nuclear microprobes in the Institute of Nuclear Physics in Cracow (Poland) and in the Institute of Applied Physics in Sumy (Ukraine). The expected resolutions of the microprobes are presented. The proposed systems are greatly promising for the next generation of compact and vertical microprobes.
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