A crossed-beam study of the reactive and unreactive scattering of Ar+(2P32) and Ar+(2P12) by N2 at low energies
Author:
Publisher
Elsevier BV
Subject
Physical and Theoretical Chemistry,General Physics and Astronomy
Reference19 articles.
1. A crossed beam study of the charge‐transfer reaction of Ar+ with N2 at low and intermediate energies
2. Charge-transfer reactionAr++N2⇄N2++ Ar at thermal energies
3. Charge transfer ofAr++N2⇄N2++ Ar at near thermal energies
4. Laser‐induced fluorescence measurement of nascent vibrational and rotational product state distributions in the charge transfer of Ar++N2→Ar+N+2(v=0,1) at 0.2 eV
5. State selected ion–molecule reactions by a TESICO technique. IV. Relative importance of the two spin‐orbit states of Ar+ in the charge transfer reactions with N2 and CO
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1. Imaging the state-to-state charge-transfer dynamics between the spin-orbit excited Ar+(2P1/2) ion and N2;Nature Communications;2024-02-02
2. Ion molecule reaction dynamics for disentangling competing reactive pathways;Molecular Physics;2024-01-09
3. Imaging of the charge-transfer reaction of spin–orbit state-selected Ar+(2P3/2) with N2 reveals vibrational-state-specific mechanisms;Nature Chemistry;2023-07-20
4. Photodissociation of [Ar–N2]+ induced by near-IR femtosecond laser fields by ion-trap time-of-flight mass spectrometry;The Journal of Chemical Physics;2021-05-07
5. Probing the Charge-Transfer Potential Energy Surfaces by the Photodissociation of [Ar–N2]+;The Journal of Physical Chemistry Letters;2021-04-20
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