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N2(a' 1Σg+) metastable collisional destruction and rotational excitation transfer by N2
1993
Journal of Chemical Physics
Quenching and rotational coupling rate coefficients have been measured for the J=4-IO, v=O levels of the a" Il:; metastable state of N2 in collisions with ground state N 2 . Laser absorption is used to monitor the population of rotational levels of the a" Il:; state following depletion of the population of one or more levels by optical pumping to other states. The observed time dependence of the recovery of population of the perturbed level and the collision induced growth and decay of the
doi:10.1063/1.464816
fatcat:4lajea4hwfeethlaysm57tkvv4