Absolute cross section for photoionization of atomic oxygen

Details Absolute cross section for photoionization of atomic oxygen Absolute cross section for photoionization of atomic oxygen

Aug 1978

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1978phrva..18..571k&link_type=abstract

Physical Review A - General Physics, 3rd Series, vol. 18, Aug. 1978, p. 571-574. Research supported by the Smithsonian Institut

Physics

General Physics

17

Atomic Excitations, Ionization Cross Sections, Oxygen Atoms, Photoionization, Atomic Energy Levels, Photoabsorption, Shock Heating

Scientific paper

The absolute cross section for photoionization of atomic oxygen from the 2p4 3P ground state of O(0) to the 2p3 4S ground state of O(+) has been measured at five narrow wavelength intervals between 89.8 and 76.2 nm. The cross section near the 2p3 4S threshold is 4.5 Mb + or - 7%. Recent calculations by Taylor and Burke (1976) and by Pradhan and Saraph (1977) are in reasonable agreement with this work. The dipole-length results of Taylor and Burke (4.1 Mb) are in better agreement with the experiment than their dipole-velocity results (3.2 Mb).

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