163 research outputs found
An optical-optical double-resonance study of the Rydberg states of O-2. I. The ns and nd (gerade) states excited via single-rotational levels of the b (1)Sigma(+)(0g) valence state
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Electric-field-induced g/u mixing of the E0(g)(+)(P-3(2)) and D0(u)(+)(P-3(2)) ion-pair states of jet-cooled I-2 observed using optical triple resonance
Get PDFMass-resolved multiphoton ionization spectroscopy of jet-cooled Cl-2- .2. The (2+1) REMPI spectrum between 76000 and 90000 cm(-1)
Get PDFAn optical-optical double-resonance study of the Rydberg states of O-2. II. The np and nf (ungerade) states excited via single-rotational levels of the b (1)Sigma(+)(0g) valence state
Get PDFMass-resolved multiphoton ionization spectroscopy of jet-cooled Cl-2- .1. Bound-free-bound spectroscopy
Get PDFKinetic energy analysis of O(P-3(0)) and O-2(b(1)Sigma(+)(g)) fragments produced by photolysis of ozone in the Huggins bands
Get PDFThe d 1Πg(v=1) Rydberg state of O2: Optical-optical double-resonance and Huggins-band ozone-photolysis, resonance-enhanced multiphoton-ionization studies with a b 1Σ+g(v=0)-state platform
Get PDFThe 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 rotation
Observation of completely destructive quantum interference between interacting resonances in molecular predissociation
Get PDFPredissociating resonances were observed for destructive interference in a region between the resonances. Multiphoton ionization spectroscopy which was enhanced by resonance was used for probing single rotational levels of O2 in case of double resonance technique. Double resonance technique resulted in the elimination of overlapping rotational structure
An optical-optical double resonance study of the perturbed O-2 d3s sigma(g)((1)Pi(g)) Rydberg state excited via single rotational levels of the b((1)Sigma(+)(g)) valence state
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