Radiative lifetimes of state B from XeCl excimer as a function of the vibrational excitation of the molecule tir?de Smirnov.
12.
In general the IRCL is much more intense for reactions with an attractive surface, indicating that this type of surface leads to energy deposition in vibrational excitation.
13.
Rigid systems, whose geometry is not greatly dependent on oxidation state, therefore experience less vibrational excitation during electron transfer, and have a lower intrinsic barrier.
14.
It has a large activation energy of . 35-. 85 eV . The vibrational excitation of the hydrogen molecule promotes dissociation on low index surfaces of copper.
15.
Vibrational excitation can occur in conjunction with electronic excitation ( vibronic transition ), giving vibrational fine structure to electronic transitions, particularly with molecules in the gas state.
16.
Molecules, in addition, can have vibrationally autoionizing Rydberg states, in which the small amount of energy necessary to ionize a Rydberg state is provided by vibrational excitation.
17.
Translational energy of the reactants is most effective at inducing reactions with an attractive surface, while vibrational excitation is more effective for reactions with a repulsive surface . ?
18.
Collisional energy transfer between the nitrogen and the carbon dioxide molecule causes vibrational excitation of the carbon dioxide, with sufficient efficiency to lead to the desired population inversion necessary for laser operation.
19.
This process induces the highest destruction, indicating that XeCl ( B ) synthesized with high vibrational excitation is quickly relaxed by binary collision with neon and ( probably ) also by xenon.
20.
Vertical ionization energy : Due to the possible changes in molecular geometry that may result from ionization, additional transitions may exist between the vibrational ground state of the neutral species and vibrational excitation.
