Abstract
The effects of irradiation by 16- and 27-MeV protons on standard and oxygenated silicon diodes, processed by different technologies, have been investigated. The acceptor creation rate /spl beta/ can be lower for standard diodes than for state-of-the art oxygenated devices, suggesting that the role of oxygen is more complex than expected and must be folded with the technology of the fabrication process. In addition, we show the inaccuracy of the /spl beta/ normalization by the nonionizing energy loss factor not only for oxygenated diodes but also for standard nonoxygenated devices.
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