ACS Appl Mater Interfaces
October 2022
Over the past decade, SnO has been considered a promising p-type oxide semiconductor. However, achieving high mobility in the fabrication of p-type SnO films is still highly dependent on the post-annealing procedure, which is often used to make SnO, due to its metastable nature, readily convertible to SnO and/or intermediate phases. This paper demonstrates a fully room-temperature fabrication of p-type SnO thin films using ion-beam-assisted deposition.
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