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• W2020596476 startingPage "108" @default.
• W2020596476 abstract "The interaction of swift cluster and molecular ions with solids has been studied with increasing interest in the past decades. Experiments have produced valuable information on cluster energy losses, screening effects, charge states, and dynamical interactions among correlated ions, which in many cases have not been obtained using single atomic ions. These studies show differences (vicinage effects) in the energy loss per nucleon and also in charge equilibrium conditions both for small and large clusters. Theoretical studies dealing with vicinage effects in ion cluster interactions, using the most basic models, have provided a semi-quantitative view of cluster energy losses which partially agree with experiments, but still leave several questions open. In particular, the dielectric models predict a diminished stopping power in the low-velocity range, as a result of negative interferences, whereas at high velocities a significant enhancement of the energy loss is expected. The behavior at high velocities has been confirmed experimentally using small molecular ions. In addition, there is clear experimental evidence of diminished stopping values at low velocities, but still the possible influence of various mechanisms should be clarified, like the role of charge state equilibrium, alignment, and non-linear quantum effects. Modifications in charge state equilibrium may be specially important in the case of large clusters. The purpose of this work is, on one side, to review the current knowledge and recent progress in this field, and, on the other, to reformulate the theory of cluster energy loss in order to incorporate the effects of charge equilibrium according to the most recent experimental evidences." @default.
• W2020596476 created "2016-06-24" @default.
• W2020596476 creator A5073985248 @default.
• W2020596476 date "2000-04-01" @default.
• W2020596476 modified "2023-09-27" @default.
• W2020596476 title "Stopping of molecules and clusters" @default.
• W2020596476 cites W1521317361 @default.
• W2020596476 cites W1536986496 @default.
• W2020596476 cites W1565521131 @default.
• W2020596476 cites W1605552228 @default.
• W2020596476 cites W1963754730 @default.
• W2020596476 cites W1963940924 @default.
• W2020596476 cites W1964223997 @default.
• W2020596476 cites W1964597416 @default.
• W2020596476 cites W1968914538 @default.
• W2020596476 cites W1970243758 @default.
• W2020596476 cites W1970550038 @default.
• W2020596476 cites W1973496189 @default.
• W2020596476 cites W1974712304 @default.
• W2020596476 cites W1974998261 @default.
• W2020596476 cites W1976213530 @default.
• W2020596476 cites W1977324764 @default.
• W2020596476 cites W1978851793 @default.
• W2020596476 cites W1979308253 @default.
• W2020596476 cites W1980045451 @default.
• W2020596476 cites W1980176344 @default.
• W2020596476 cites W1980415707 @default.
• W2020596476 cites W1981270155 @default.
• W2020596476 cites W1984342815 @default.
• W2020596476 cites W1989340530 @default.
• W2020596476 cites W199011015 @default.
• W2020596476 cites W1990455089 @default.
• W2020596476 cites W1993289025 @default.
• W2020596476 cites W1993626785 @default.
• W2020596476 cites W1993744794 @default.
• W2020596476 cites W1994355254 @default.
• W2020596476 cites W1994840884 @default.
• W2020596476 cites W1996430202 @default.
• W2020596476 cites W1996668127 @default.
• W2020596476 cites W1997148914 @default.
• W2020596476 cites W1999467283 @default.
• W2020596476 cites W1999600357 @default.
• W2020596476 cites W2000018022 @default.
• W2020596476 cites W2000192427 @default.
• W2020596476 cites W2000483272 @default.
• W2020596476 cites W2001927789 @default.
• W2020596476 cites W2003697431 @default.
• W2020596476 cites W2004472760 @default.
• W2020596476 cites W2005417580 @default.
• W2020596476 cites W2005691726 @default.
• W2020596476 cites W2007777475 @default.
• W2020596476 cites W2008502762 @default.
• W2020596476 cites W2009587972 @default.
• W2020596476 cites W2009712851 @default.
• W2020596476 cites W2010338393 @default.
• W2020596476 cites W2010694111 @default.
• W2020596476 cites W2014038390 @default.
• W2020596476 cites W2014478005 @default.
• W2020596476 cites W2014800590 @default.
• W2020596476 cites W2015069503 @default.
• W2020596476 cites W2015191158 @default.
• W2020596476 cites W2016135897 @default.
• W2020596476 cites W2016715347 @default.
• W2020596476 cites W2019500054 @default.
• W2020596476 cites W2019745295 @default.
• W2020596476 cites W2020581722 @default.
• W2020596476 cites W2022421930 @default.
• W2020596476 cites W2026264160 @default.
• W2020596476 cites W2028412421 @default.
• W2020596476 cites W2028660317 @default.
• W2020596476 cites W2029588376 @default.
• W2020596476 cites W2031733169 @default.
• W2020596476 cites W2031798655 @default.
• W2020596476 cites W2032421362 @default.
• W2020596476 cites W2032492019 @default.
• W2020596476 cites W2033040811 @default.
• W2020596476 cites W2035595715 @default.
• W2020596476 cites W2035855901 @default.
• W2020596476 cites W2037464330 @default.
• W2020596476 cites W2037971725 @default.
• W2020596476 cites W2039919971 @default.
• W2020596476 cites W2040001312 @default.
• W2020596476 cites W2042517199 @default.
• W2020596476 cites W2042706741 @default.
• W2020596476 cites W2045349027 @default.
• W2020596476 cites W2045498905 @default.
• W2020596476 cites W2045840477 @default.
• W2020596476 cites W2046547401 @default.
• W2020596476 cites W2046992043 @default.
• W2020596476 cites W2047273679 @default.
• W2020596476 cites W2047392198 @default.
• W2020596476 cites W2049962917 @default.
• W2020596476 cites W2050221050 @default.
• W2020596476 cites W2053405890 @default.
• W2020596476 cites W2053660114 @default.
• W2020596476 cites W2053820910 @default.
• W2020596476 cites W2054465195 @default.
• W2020596476 cites W2056922048 @default.

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