P. Herczku

Dissociative ionization of the H2 O molecule induced by medium-energy singly charged projectiles

We report on the fragmentation of the water molecule by

Comparison between anion and cation emission from CH4 molecules colliding with 10.5-keV C+ ions: Fragment-energy aspects

1

Anion emission from water molecules colliding with positive ions: Identification of binary and many-body processes

MeV H

Conductivity mechanism probed by ion transmission through nanocapillaries during the discharging process

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Two- and many-body effects in cation emission from H2O molecules by O+ impact at keV energies: Similarities between ionization of atoms and proton emission from molecules

, He

Induced ionization of small molecules: comparison of experiment with quantum and classical calculations

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Blocking effect on transmission of Ne7+ ions through nanocapillaries

and 650 keV N

Anion emission from H2O molecules colliding with positive O+ ions at keVenergies: the role of dissociative excitation

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Fragmentation of H2O molecules induced by singly charged projectiles

ion impact. The fragment-ion energy spectra were measured by an electrostatic spectrometer at different observation angles. The obtained double-differential fragmentation cross sections for N

Anion and cation emission via binary-encounters in OH+ + Ar collisions: The role of dissociative excitation and statistical aspects

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