Abstract
This chapter focuses on the isotope separator. The chapter designs a multipurpose β-γ-radioactive isotope separator with an output of 10 mg/h for the most abundant separated isotope. The most intensive β-γ-radioactive isotopes are found in fission products. When separating radioactive isotopes, it is desirable to have a large enrichment factor and a high luminosity of the machine. An inhomogeneous magnetic field is used for a mass separation field because of the greater mass dispersion and the two-directional focusing property. When working with radioactive isotopes, it is advantageous for handling purposes to have the ion source and the collector outside the magnetic field. Therefore, a magnetic sector field is required.
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