Abstract
LIF spectroscopy has been introduced for the in situ diagnostic of phenol degradation in the aqueous solution under pulsed-corona discharges. The applicability of LIF to the measurements of phenol concentration up to 1×10-5 mol l-1 was confirmed. The temporal variation of the absolute concentration of phenol was measured in an aqueous solution exposed by pulsed-corona discharges. This exhibited two characteristic decay times.
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