The possibility that chemical reactions may be controlled by tailored femtosecond laser
pulses has inspired recent studies that take advantage of their short pulse duration …

Femtosecond time-resolved mass spectrometry, correlation map**, and density functional
theory calculations are employed to reveal the mechanism of C═ C and C≡ C formation …

The interaction of toluene with strong asymmetric two-color laser irradiation of 40 fs duration
is studied by means of Time of flight mass spectrometry. Highly energetic H 2+ and H 3+ …

Ejection of H 3+ and 35 Cl+ from CH 3 Cl molecule is investigated and the Coulomb
explosion channels are confirmed by their kinetic energy release and angular distributions …

The ejection process of triatomic molecular hydrogen ions produced by the interaction of
benzene with ultrafast laser pulses of moderate strong intensity (∼ 10 14 W/cm 2) is studied …

Yields of atomic iodine Iq+ (q≥ 2) fragments resulting from photoexcitation and
photoionisation of the target cations CHxI+ (x= 0–3) have been measured in the photon …

The authors investigated Coulomb explosions of ethynylbenzenes under intense
femtosecond laser fields. Deuteration on the edge of the triple bond gave information about …

We report on the interaction of alkyl-halide clusters with 35 ps and 20 fs laser pulses at λ=
266, 532, and 1064 nm and 400 and 800 nm, respectively. Particularly, we examine by …

Systematic manipulation of ionic-outcome in laser-cluster interaction process has been
realized for studies carried out on tetramethyltin (TMT) clusters under picosecond laser …

Photochemistry of diethyl ether clusters has been studied at discrete laser wavelengths
spanning from UV to IR region at intensity~ 10 12 W/cm 2 using time-of-flight mass …