Abstract
The general theory of vibrational excitation of a diatomic OH molecule due to collision with a proton (H+) in the presence of an infrared laser beam, using the quasi-energy approach (non-perturbative) is presented. The vibrational transition probability and the excitation cross section are calculated for different field intensities and the effect of the collision on the radiative excitation process is investigated by changing the various collision parameters and using different values of the molecular field detunings.
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