Author:
Xie Kan,Hartz Steven Allen,Ayres Virginia M.,Liu Zhun,Jacobs Benjamin W.,Baumann Thomas,Ronningen Reginald M.,Zeller Albert F.,Tupta Mary Anne
Abstract
ABSTRACTThe real-time electronic performance of a gallium nitride nanowire-based field effect transistor was investigated at five-minute intervals over thirty minutes of continuous irradiation by Xenon-124 relativistic heavy ions. An initial current surge that resulted in device improvement rather than device failure was observed. The current surge, and subsequent electronic behavior, was modeled using a combined thermionic emission-tunnelling approach, leading to information about barrier height, carrier concentrations, expected temperature behavior, and tunnelling.
Publisher
Springer Science and Business Media LLC
Cited by
1 articles.
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