Comparison of experiments and theory in time resolved fluorescence spectroscopy

Details Comparison of experiments and theory in time resolved fluorescence spectroscopy Comparison of experiments and theory in time resolved fluorescence spectroscopy

Mar 1985

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1985optco..53..221b&link_type=abstract

Optics Communications, Volume 53, Issue 4, p. 221-224.

Physics

Optics

14

Scientific paper

The time dependent fluorescence of mercury atoms that were excited by short pulses of electrons or laser light to the 6 3P1 state can be explained by a theoretical approach which describes the fluorescent light as a sum I(t) = Σ∞n=0Sn where Sn is the signal due to those photons that have been reabsorbed and reemitted n-times before leaving the experimental geometry. Measurements using different isotopes of a mercury sample can be reproduced theoretically for two of the isotopes with no additional free parameter, if one parameter (absorption coefficient) is fitted to the signal of the third isotope.

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