A TDDFT time-evolution approach captures broad surface plasmon resonances in the continuum for aluminum clusters, showing evolution from discrete features in small clusters like Al6 to deep-UV plasmons in larger ones like Al13-.
Title resolution pending
2 Pith papers cite this work. Polarity classification is still indexing.
2
Pith papers citing it
representative citing papers
A Padé expansion fitted to TDSE dipole moments enables a nonlinear oscillator model that describes nonperturbative growth in third- and fifth-harmonic generation and optical rectification up to 1.4e14 W/cm².
citing papers explorer
-
Surface Plasmons in the Continuum
A TDDFT time-evolution approach captures broad surface plasmon resonances in the continuum for aluminum clusters, showing evolution from discrete features in small clusters like Al6 to deep-UV plasmons in larger ones like Al13-.
-
Nonperturbative regime of low-order harmonic generation in intense low-frequency laser field
A Padé expansion fitted to TDSE dipole moments enables a nonlinear oscillator model that describes nonperturbative growth in third- and fifth-harmonic generation and optical rectification up to 1.4e14 W/cm².