Methyl iodide (CH 3 I) is one of the most studied molecule in the field of photochemistry. This
molecule has been investigated by a variety of light sources including lamps, different lasers …

Photoionisation of ethanol clusters has been investigated at different laser wavelengths over
the intensity range of∼ 1012–1013 W cm− 2. Under 266 nm ionisation, singly charged …

Pathway for dissociation of multihalogenated alkyls is observed to be competitive between
molecular and atomic elimination products. Factors such as molecular structure, temperature …

The decomposition of alkyl halide is controversial concerning C–X bond dissociation
reaction and molecular (HX) elimination reaction. In order to identify the feasibility of …

The unimolecular dissociation of trifluoromethanol (CF 3 OH) had been studied by static and
dynamic calculations. The electronic structure calculations and molecular dynamic (MD) …

Gas phase ionisation of carbon disulphide clusters (CS 2) n with different laser wavelengths
of terawatt intensity has been studied using time-of-flight mass spectrometry. In the mass …

Hitherto, it has been considered that molecules with same functional groups are expected to
possess similar properties. In present study, we have demonstrated theoretically the crucial …

The interaction between the CF2Br2 molecule and 800/400 nm intense femtosecond laser
fields is investigated by direct current (dc) sliced velocity mapping imaging implementation …

Methyl iodide clusters have been ionised using laser pulses of intensity∼ 109 W cm− 2 at
266, 355, 532 and 1064 nm and the ions produced in the laser–cluster interaction were …

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 …