Collisional deactivation of the isoelectronic 15N+2 A 2Πui (v=3) and CO+ A 2Πi (v=3 and 4) levels by helium atoms
Author:
Publisher
AIP Publishing
Subject
Physical and Theoretical Chemistry,General Physics and Astronomy
Link
http://aip.scitation.org/doi/pdf/10.1063/1.468058
Reference21 articles.
1. Collision induced electronic energy transfer between theA 2∏ui(v=4) andX 2∑+g(v=8) rotational manifolds of N+2
2. Collision induced electronic energy transfer between theA 2∏ui(v=4) andX 2∑+g(v=8) rotational manifolds of N+2
3. Propensities for collision induced electronic transitions in a diatomic molecule
4. State specific electronic quenching rates for 14N+2 and 15N+2
5. Electronic transitions from the A 2Πui(v=3) level of N+2 induced by inelastic collisions with helium atoms
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1. Spectroscopy, dissociation dynamics, and potential energy surfaces for CN(A)−Ar;The Journal of Chemical Physics;2008-06-14
2. Quantum scattering equations for non-adiabatic transitions in collisions between a Hund case (c) diatomic molecule and a structureless atom with application to I2(E0+g) + Ar;Journal of Physics B: Atomic, Molecular and Optical Physics;2004-04-02
3. 3 Optical studies of ion–molecule reactions;Annu. Rep. Prog. Chem., Sect. C: Phys. Chem.;2004
4. Rotational State-Specific Dynamics of SiF C2Δ−B2Σ+ Collision-Induced Transfer;The Journal of Physical Chemistry A;1998-01-01
5. STATE-RESOLVED COLLISION-INDUCED ELECTRONIC TRANSITIONS;Annual Review of Physical Chemistry;1997-10
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