Visualising a collision between an atom or a molecule or a photodissociation (half-collision)
of a molecule on a single particle and single quantum level is like watching the collision of …

Photodissociation studies in molecular beams that employ position-sensitive particle
detection to map product recoil velocities emerged thirty years ago and continue to evolve …

The dynamics following laser-induced molecular photodissociation of gas-phase CH 2 BrI at
271.6 nm were investigated by time-resolved Coulomb-explosion imaging using intense …

Coulomb explosion imaging is proposed as a method to directly map the presence of
conical intersections encountered by a propagating wave packet in a molecular system. The …

The Coulomb explosion of CH3I in an intense (10–100 TW cm–2), ultrashort (50 fs) and
nonresonant (804 nm) laser field has been studied experimentally and justified theoretically …

We report the results of a time-resolved coincident ion momentum imaging experiment
probing nuclear wave packet dynamics in the strong-field ionization and dissociation of …

Clocking of electronically and vibrationally state-resolved channels of the fast
photodissociation of CH 3 I in the A-band is re-examined in a combined experimental and …

A femtosecond velocity map imaging study on B-band predissociation in CH3I⁠. I. The band
origin | The Journal of Chemical Physics | AIP Publishing Skip to Main Content Umbrella Alt …

Following excitation of the A ̃ state ν 2′= 4 mode in ammonia, we show how the time scale
to dissociation of the N–H bond depends on the internal energy imparted to the NH 2 …

A nonresonant femtosecond laser pulse centered at 802 nm is used to probe the real time
photodissociation dynamics of CH 3 I in the A-band at 267 nm. Using multiphoton ionization …