Cryogenically probing the surface trap states of single nanowires passivated with self-assembled molecular monolayers.

Abstract

Optoelectronically probing the trap state density of single nanoscale devices is a powerful in situ nondestructive technique that is of significance for developing high gain photoconductors by surface engineering. However, the previously demonstrated optoelectronic methods are based on the exponential transient photoresponse assumption and only trap states… (More)
DOI: 10.1039/c7nr06925a

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