Translational energy spectrum of O2-ions formed by 4 keV O2+ions impacting on argon
Fred C. Fehsenfeld, Jacqueline Appell, P. G. Fournier, Jean Durup
Abstract
Open-access reader
Fred C. Fehsenfeld, Jacqueline Appell, P. G. Fournier, Jean Durup
Abstract
Open-access reader
The translational energy spectrum of O 2 - arising from single and double collision double charge transfer between 4 keV O 2 + ions and Ar atoms has been recorded. The incident O 2 + ions are found to be either in the ground x 2 Pi g state or in the metastable a 4 Pi u state. The single-collision double charge transfer is observed only from metastable O 2 + ions, ground state O 2 + leading to autodetaching levels of O 2 - . This result gives evidence on the validity of Franck-Condon principle for molecular transitions occurring in double charge transfer processes.
OpenAlex reports 42 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The translational energy spectrum of O 2 - arising from single and double collision double charge transfer between 4 keV O 2 + ions and Ar atoms has been recorded. The incident O 2 + ions are found to be either in the ground x 2 Pi g state or in the metastable a 4 Pi u state. The single-collision double charge transfer is observed only from metastable O 2 + ions, ground state O 2 + leading to autodetaching levels of O 2 - . This result gives evidence on the validity of Franck-Condon principle for molecular transitions occurring in double charge transfer processes.
Key concepts: Ion, Metastability, Atomic physics, Translational energy, Charge (physics), Argon, Ground state, Physics