Abstract
General difficulties related to experimental determination of charged cluster masses Mi in liquid media are stressed (normally Mi strongly exceed typical masses m0 of ambient solvent molecules, Mi≫m0). This well-known feature deteriorates the product ωiτ vital in different resonance phenomena by shifting it to the domain ωiτ≤1 which is hardly suitable for the experiment. Here ωi is one of the typical frequencies used to measure the mass Mi in the liquid (e.g., the cyclotron resonance frequency) and τ is the relevant relaxation time. Discussed in the paper are the details of the scenario allowing to extract experimental data on Mi under the conditions ωiτ≤1 where most usual techniques are very difficult to apply.
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