Abstract

Magnetic spectrometers of charged nuclear reaction products, properly matched with an accelerator beam line, have become a very effective setup for the performance of precise nuclear experiments involving ultrasensitive accelerator-based mass spectrometry and investigation of rare events, as well as experiments with radioactive nuclear beams. The procedure for increasing the efficiency and resolution of the available magnetic spectrometer at the Flerov Laboratory of Nuclear Reactions by a few orders of magnitude by means of its matching with the beam line is described.

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