Abstract
The core-sampling technique, combined with the state-selective REMPI detection, is applied for the study of the scalar pair-correlation between the internal state distributions of the NO and O( 3P 2,1,0) photofragments. The rovibrational distributions of the NO cofragment revealed by the time-of-flight (translational energy) measurement of the O( 3P j ) fragment show clear j-dependence. The angular distribution of each individual fine-structure state of the O-atom also exhibits distinct correlation with the internal states of the counter NO fragments.
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