Abstract
The 3UDH Pelletron tandem accelerator in Lund is being developed to be more suitable for accelerator mass spectrometry of heavy ions. This development includes the installation of an electrostatic and a magnetic analyzer in a new injector aimed to obtain better mass and energy separation. In the present paper some applications of the first-order analytical calculation technique, used at the design stage of the new injector, are discussed. The estimation of the maximum possible opening of the analyzer slits was carried out, followed by the calculation of the analyzer acceptances. The values of the acceptances for the two transversal planes, as well as their contours are given. Some results of more detailed numerical calculation of the ion beam transport through the analyzers are reported.
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