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Investigations of positron lifetimes in InP with a pulsed positron beam

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Abstract

Indium Phosphide layers grown by gas source Molecular Beam Epitaxy, (MBE) have been studied by positron lifetime spectroscopy using the recently modified pulsed positron beam in Munich. The as-grown samples are known to be phosphorous rich and contain a high concentration of vacancy-type defects. On annealing, phosphorous precipitates are formed and the concentration of free volume defects increases. Positron lifetime spectroscopy has identified the grown in defects to be indium vacancies at a concentration around 1018cm−3. The dominant defects after annealing exhibit a positron lifetime characteristic of divacancies and are present at concentrations in excess of 5×1019cm−3.

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Willutzki, P., Störmer, J., Britton, D.T. et al. Investigations of positron lifetimes in InP with a pulsed positron beam. Appl. Phys. A 61, 321–324 (1995). https://doi.org/10.1007/BF01538197

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