Abstract

The ability of NO 3 − to inhibit positronium formation in the presence of Cd 2+ and of allylamine in aqueous solutions is investigated and found to be the same as in plain NO 3 − solutions. The results are discussed on the basis of the spur model, with emphasis on the mechanisms at the origin of the limited inhibition. It is suggested that, in water, limited inhibition would arise from the selectivity of the solute to react with particles in different solvation states.

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