We study the break up of OCS in intense femtosecond laser radiation using the FEMPULS
technique to vary the laser pulse duration from 7 fs to 200 fs. Newton and Dalitz plots show …

Coulomb explosion is an established momentum imaging technique, where the molecules
are ionized multiple times on a femtosecond time scale before breaking up into ionized …

We have studied the three-body breakup of CO 2 3+ created by the impact of slow (v< 1 au)
protons on CO 2. Employing the coincidence momentum imaging technique, we have …

In this article we present the three-body fragmentation dynamics of C 2 H 4 3+ caused by 18-
keV/u Ne 8+ ion impact. Utilizing the cold target recoil ion momentum spectroscopy, the …

Abstract Soft x-rays (90–173 eV) from the 3rd generation Canadian Light Source have been
used in conjunction with a multi coincidence time and position sensitive detection apparatus …

Fragmentation of CO 2 4+, created by the impact of slow, highly charged ions (96 keV Ar q+;
8≤ q≤ 14) on CO 2, has been studied by recoil ion momentum spectrometry. CO 2 4+ was …

The connection between the initial structure and final momenta of ionic fragments from the
Coulomb explosion of a multiatomic molecule is investigated experimentally and …

Multiple ionization events induced by low energy collisions between Ar 8+ projectiles and
linear triatomic molecular targets, CO 2 and OCS, were studied in order to shed light on the …

Abstract Soft X-rays (90-173 eV) from the 3rd generation Canadian Light Source have been
used in conjunction with a multi coincidence time and position sensitive detection apparatus …

In this thesis we have utilized few-cycle pulses in the range 10-15s, to initiate CE to allow us
to image the structure, dynamics, and kinetics of ionization and dissociation of triatomic …