Abstract
Doubly differential electron spectra have been measured for carbon foils bombarded by swift H 0, H + and H 2 + beams over a wide range of dwell times including nonequilibrium regions. The electron spectra near convoy electron peak energies at 0° for H 0 and H 2 + beams exhibit two characteristic features, i.e., a sharp cusp-shaped peak at the electron energy corresponding to the projectile velocity and a broad peak or a shoulder on the lower energy side of the sharp peak. The intensity of the sharp peak as a function of dwell time for H 0 beams is compared with the survival neutral fraction.
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