Kinetic energy distributions of atomic ions from disintegration of argon containing nanoclusters in moderately intense nanosecond laser fields: Coulomb explosion or …
S Tran, KC Tran, AS Rodriguez, W Kong - … Chemistry Chemical Physics, 2024 - pubs.rsc.org
We report kinetic energies (KE) of multiply charged atomic ions (MCAI) from interactions of
moderately intense nanosecond lasers at 532 nm with argon containing clusters, including …
moderately intense nanosecond lasers at 532 nm with argon containing clusters, including …
Intensity dependence of multiply charged atomic ions from argon clusters in moderate nanosecond laser fields
We report the laser intensity dependence of multiply charged atomic ions (MCAIs) Ar n+ with
2≤ n≤ 8 from argon clusters in focused nanosecond laser fields at 532 nm. The laser field …
2≤ n≤ 8 from argon clusters in focused nanosecond laser fields at 532 nm. The laser field …
XUV fluorescence as a probe of laser-induced helium nanoplasma dynamics
M Sumfleth, A Przystawik, M Namboodiri… - New Journal of …, 2023 - iopscience.iop.org
XUV fluorescence spectroscopy provides information on energy absorption and dissipation
processes taking place in the interaction of helium clusters with intense femtosecond laser …
processes taking place in the interaction of helium clusters with intense femtosecond laser …
Two-directional collisional energy exchange between electrons and ions in exploding clusters
I Last, J Jortner, A Heidenreich - The European Physical Journal Special …, 2021 - Springer
We present the results of theoretical–computational studies of inter-particle energy transfer
caused by elastic electron–ion collisions in expanding\((\hbox {H}^{+}) _ {\mathrm {N}}+\) …
caused by elastic electron–ion collisions in expanding\((\hbox {H}^{+}) _ {\mathrm {N}}+\) …