Abstract
A technique has been developed which can determine where within a flame laser-enhanced ionization (LEI) actually takes place, thus forming an image of the LEI active volume. The method is based upon spatial control of the flame volume sampled by the ionization detection electrodes by variation of the applied voltage. As and example, this procedure has been used to observe anomalous contributions to LEI caused by scattering or fluorescence from the laser beam to other regions in the flame
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