Due to the remarkable resistance of SiCl against photo-induced desorption, achieving
atomic layer etching (ALE) of Cl–Si (100) through a laser-based method has remained a …

This thesis uses Coulomb explosion imaging and covariance analysis to characterise
concurrent fragmentation processes generating identical sets of products via different …

High order harmonic generation is investigated for N 2 and CO molecules under ten-cycle
sin-squared laser pulse at 800 nm wavelength and I= 2× 10 14 W cm− 2 intensity. In order to …

This paper presents a study on the optimisation of laser pulse parameters using an optimal
control theory based adaptive simulated annealing technique. The objective of this study is …

We present a method for high-order harmonics generation of N 2 and CO molecules under
two-color circularly polarized counter-rotating laser pulses at frequencies of and 2. Pulse …

The fragmentation dynamics of CH 4 and H 2 CO molecules have been studied with ultra-
short pulses at laser intensityof up to 10 15 Wcm− 2. Three dimensional molecular dynamics …

The femtosecond laser ionization of several small hydrocarbon molecules (methane,
ethane, propane) has been investigated as a function of the second order spectral phase …

In this paper, an ab initio approach is used to study high-order harmonic generation (HHG)
from methane and its deuteriated isotopomer within the framework of time-dependent …

Three dimensional calculation of control dynamics for finding the optimized laser filed is
formulated using an iterative method and time-dependent density functional approach. An …

The quantum optimal control theory in conjunction with time dependent density functional
theory is used to optimize the laser pulse shape for dissociation of nitrogen molecule. For …