Abstract
A systematic study of the effects of primary ion (He +, Ne +, Ar +, Xe +, Ga +) and energy (1–10 keV) on the variation in secondary ion relative intensities is described. Three representative polymers in different physical forms were studied: low density polyethylene (self-supporting film); poly( t-butyl methacrylate) (thin film cast from solution) and poly(ethylene oxide) (compressed powder). For comparison, the electron-stimulated ion emission from these polymers is also reported.
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