Abstract
From a detailed consideration of the inelastic electron tunneling (IET) spectra of pyridinevapor-doped Al/Al oxide/Pb tunnel junctions, it is found that pyridine is adsorbed at both Lewis acid and Bronsted active sites present on the plasma-grown oxide surface. The data presented are compared with that of air-grown oxide, fluorided air-grown oxide, and with the known behavior of bulk aluminas.
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