Several theoretical models are used to explain the origin of the recently observed
(unexpected) spectral progression in the Coulomb explosion spectra of the hydrogen …

We have systematically studied Coulomb explosion of nitrogen and oxygen molecules in
intense 8 and 24 fs laser pulses. In the experiment, we explicitly separated all explosion …

The interaction of CH 3 I molecules with 100 fs 800 nm linearly polarized laser fields has
been investigated at the intensity region from 2.6× 10 14 to 5.8× 10 14 W/cm 2 by means of a …

Component instantaneous ionization rate (IIR) is introduced and the approach of its
calculation is formulated. The component IIR's and the overall (time-averaged) component …

Investigations on the simplest benchmark system ${{\rm {H}}} _ {2}^{+} $ can reveal most
underlying mechanisms for the intricate dynamics of molecular systems induced by strong …

Simultaneously, the vibrational nuclear dynamics and full dimensional electronic dynamics
of a deuterium molecular ion exposed to a linear polarized intense laser field are studied …

In this work we have studied experimentally and theoretically hydrogen and deuterium
molecules in strong laser fields. We wanted to demonstrate that control of dynamical …

We have investigated dissociative double ionization of formic acid by intense 100fs laser
pulses at 800nm, using ion–ion coincidence momentum spectroscopy. Neither changing the …

In this article, femtosecond pulses, especially designed by multicolor beam superposition
are used for high-order harmonic generation. To achieve this purpose, the spectral …

The physical origin and properties of quasistationary static-field-induced states (SFISs) are
discussed. SFISs can be supported by a combination of any atomic or molecular potential …