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The Main Magnetic Focus Ion Trap (MaMFIT), a compact tool for spectroscopy of highly-charged ions [1], has been recently installed in Giessen and has already been employed for investigation of dielectronic recombination in highly-charged iridium ions [2]. The present construction, however, enables the experimental access almost exclusively to the ions of the sputtered cathode material, which, presently, is iridium. The main reason for this restriction is the process of evaporative cooling, in which heavier ions are cooled in Coulomb collisions with lighter ions resulting in the former being trapped for much longer time (and, thus, in higher charge states), while the latter mostly leave the trap after gaining additional kinetic energy before their high ionization stages can be achieved.

Upgrade of the Main Magnetic Focus Ion Trap in Giessen