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Excitation cross sections for Li3 +, Ne10 + and Ar18 ++H(1s) collisions of interest in fusion plasma diagnostics

We have calculated state-selective excitation cross sections in fully stripped Li3 +, Ne10 + and Ar18 ++H(1s) collisions from low (1 keV/amu) to high (1000 keV/amu) impact energies, relevant in fusion plasma diagnostics. In order to cover this broad impact energy range, three different theoretical methods have been employed: the semi-classical molecular and one-centre atomic-orbital close-coupling approaches, and the classical trajectory Monte Carlo method. Recommended partial excitation cross sections are provided by merging the results obtained with each method in the energy range where they are the most accurate.