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Abstract
Abstract Experimental results on energy loss, charge changing, and angular scattering of heavy ions are discussed in an energy range from MeV/u up to GeV/u. Progress in the understanding of heavy ion penetration phenomena has been achieved with the use of new accelerator facilities which allow to study atomic interactions under selected conditions with reduced complexity. Unique channeling experiments are possible with cooled relativistic heavy ions. Large ranges of relativistic stable and cooled radioactive ions are a basis for new applications in various fields.
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