The d 1 Π g (v=1) Rydberg State of O 2 : Optical-optical Double-resonance and Huggins-band Ozone-photolysis, Resonance-enhanced Multiphoton-ionization Studies with a b 1 Σ +  g (v=0)-state Platform

O'Keeffe, P; Ridley, T.; Sheard, H.A.; Lawley, K P; Donovan, R.J.; Lewis, Brenton

doi:10.1063/1.1513462

The d 1 Π g (v=1) Rydberg State of O 2 : Optical-optical Double-resonance and Huggins-band Ozone-photolysis, Resonance-enhanced Multiphoton-ionization Studies with a b 1 Σ + g (v=0)-state Platform

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O'Keeffe, P; Ridley, T.; Sheard, H.A.; Lawley, K P; Donovan, R.J.; Lewis, Brenton

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The d←←b(1,0) band of O2 following Huggins-band photolysis of O3 was explored. Analyses of these REMPI spectra yield, not only the first information on d(v=1) rotational levels with J>29, but also the first estimate of an O2(b-state fragment rotationa

Collections	ANU Research Publications
Date published:	2002
Type:	Journal article
URI:	http://hdl.handle.net/1885/73361
Source:	Journal of Chemical Physics
DOI:	10.1063/1.1513462

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The d 1 Π g (v=1) Rydberg State of O 2 : Optical-optical Double-resonance and Huggins-band Ozone-photolysis, Resonance-enhanced Multiphoton-ionization Studies with a b 1 Σ + g (v=0)-state Platform

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