Features of the current-voltage characteristic of the Ti-Si@O@Al junction Ti-Si@O@Al
Rudy A. S. 1, Churilov A. B. 1, Mironrenko A. A. 1, Naumov V. V. 1, Kurbatov S. V. 1, Kozlov E. A. 1
1Demidov State University, Yaroslavl, Russia
Email: rudy@uniyar.ac.ru, abchurilov@mail.ru, amironenko55@mail.ru, vnau@rambler.ru, kurbatov-93@bk.ru, eakf@yandex.ru

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The results on measuring the I-V characteristics of the metal-semiconductor transition within the Ti (200 nm)|Si@O@Al (180 nm)|Ti (203 nm) test structure are presented. The basis of the Si@O@Al nanocomposite is a solid solution of Al in amorphous silicon a-Si(Al). The I-V of the test structure has a form characteristic of a reverse-biased ohmic contact between a metal and a p-type semiconductor, which implies that a-Si(Al) is a substitutional solid solution. It is shown that the I-V fits well the framework of the metal-semiconductor transition model and the varistor effect of the nanocomposite. Within the framework of the percolation model, it is shown that the I-V give values of the Si@O@Al resistivity, which are overestimated with respect to the resistance of the a-Si(Al) solid solution. Keywords: nanocomposite, amorphous silicon, solid solution, Schottky barrier, nonlinear conductor, dangling bonds.
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