1. The kinetics of the vibrational excitation of HCl is therefore fundamental. 2. This vibrational excitation is produced by the following electrons: 3. Calculated rate constants of dissociative attachment and vibrational excitation reactions of HCl electrons. 4. Vertical ionization involves vibrational excitation of the ionic state and therefore requires greater energy. 5. The solid and dashed curves show respectively the dissociative attachment rate and vibrational excitation . 6. The vibrational excitation is a result of the energy left after exciplex molecule formation. 7. The vibrational excitation seems to play a role that is still not well defined. 8. Absorption bands in the infrared are due to modes of vibrational excitation in water vapor. 9. This expression is without translational energy, rotational energy, vibrational excitations , and other such considerations. 10. For 6p states, the role of vibrational excitation of HCl in the kinetics of XeCl formation is poorly understood.
