TDDFT simulations of Coulomb explosions produce lower ion kinetic energies and broader angular distributions than classical fixed-charge models, and the authors attribute the experimentally observed broadening to these quantum electronic effects.
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Quantum effects of Coulomb explosion simulations revealed by time-dependent density-functional theory
TDDFT simulations of Coulomb explosions produce lower ion kinetic energies and broader angular distributions than classical fixed-charge models, and the authors attribute the experimentally observed broadening to these quantum electronic effects.