Abstract
The capabilities of atomic particle analyzers with solid and gaseous targets for measurements of plasma ion energy distribution functions at large fusion facilities are analyzed. It is shown that analyzers with a solid target have a number of advantages over the analyzers with a gaseous target and that their sensitivity at energies above 5 keV can be to 10–100 times higher. They are smaller in size. This makes it easier to shield them against X-ray and neutron irradiation and they are simpler in their design and maintenance.
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