Using a very weak electric field to accelerate the photofragment ions, we have constructed a very simple photofragment translational spectrometer with only a 50 mm total flight path, but we can get photofragment translational spectra with high resolution. On this apparatus, we have performed the photodissociation of CF3I at 281.73 nm, and the same laser will ionize 1*((2)p(1/2)) via REMPI. Seven well-resolved vibrational peaks were obtained. Six of them are assigned to the umbrella vibrational mode v(2) = 0-5 states of photofragment CF3. The average internal energy E-int = 1928 cm(-1) is about 21% of the available energy. (C) 2004 Elsevier B.V. All rights reserved
The photodissociation spectroscopy and dynamics resulting from excitation of the B ˜ 2A9ÃX ˜ 2A9 tra...
International audienceThe trifluoromethyl radical, CF 3 • , is studied for the first time by means o...
The photofragmentation of C6H5I at 266 nn is investigated on the universal crossed molecular beam ma...
The photodissociation of CF3I at 248 nm was performed on our high-resolution photofragment translati...
The photodissociation dynamics of CF3I at 238 nm was studied using our high resolution mini-TOF (tim...
The photodissociation dynamics of CH3I from 277 to 304 nm is studied with our mini-TOF photofragment...
Photodissociation dynamics of C2F5I near 280 and 304 nm has been investigated on a small and simple ...
The 304 nm photodissociation of the C-H symmetric stretch excited CH3I [v (1) = 1, v (2) = 0] (v (1)...
The photodissociation dynamics of propyl iodides n-C3H7I and i-C3H7I near 280 and 304 nm has been in...
The photodissociation dynamics of CH3I at 225 nm is studied on our high resolution mini-TOF photofra...
The photodissociation of CF3I has been studied near 304 nm. The partially resolved vibrational peaks...
The multi-photon dissociative photoionization dynamics of CF3I has been studied with femtosecond two...
A mini time-sliced ion velocity map imaging photofragment translational spectrometer using low volta...
The multi-photon dissociative photoionization dynamics of CF3I has been studied with femtosecond two...
Evidence for the multiphoton dissociation of an electronic metastable state of CF3I+ with CO2 laser ...
The photodissociation spectroscopy and dynamics resulting from excitation of the B ˜ 2A9ÃX ˜ 2A9 tra...
International audienceThe trifluoromethyl radical, CF 3 • , is studied for the first time by means o...
The photofragmentation of C6H5I at 266 nn is investigated on the universal crossed molecular beam ma...
The photodissociation of CF3I at 248 nm was performed on our high-resolution photofragment translati...
The photodissociation dynamics of CF3I at 238 nm was studied using our high resolution mini-TOF (tim...
The photodissociation dynamics of CH3I from 277 to 304 nm is studied with our mini-TOF photofragment...
Photodissociation dynamics of C2F5I near 280 and 304 nm has been investigated on a small and simple ...
The 304 nm photodissociation of the C-H symmetric stretch excited CH3I [v (1) = 1, v (2) = 0] (v (1)...
The photodissociation dynamics of propyl iodides n-C3H7I and i-C3H7I near 280 and 304 nm has been in...
The photodissociation dynamics of CH3I at 225 nm is studied on our high resolution mini-TOF photofra...
The photodissociation of CF3I has been studied near 304 nm. The partially resolved vibrational peaks...
The multi-photon dissociative photoionization dynamics of CF3I has been studied with femtosecond two...
A mini time-sliced ion velocity map imaging photofragment translational spectrometer using low volta...
The multi-photon dissociative photoionization dynamics of CF3I has been studied with femtosecond two...
Evidence for the multiphoton dissociation of an electronic metastable state of CF3I+ with CO2 laser ...
The photodissociation spectroscopy and dynamics resulting from excitation of the B ˜ 2A9ÃX ˜ 2A9 tra...
International audienceThe trifluoromethyl radical, CF 3 • , is studied for the first time by means o...
The photofragmentation of C6H5I at 266 nn is investigated on the universal crossed molecular beam ma...