… Taken together, we therefore conclude that the top layers of the GaSe have oxidized resulting
in a flake that is composed of an ultrathin substrate of GaSe capped with a combination of …

The oxidation mechanisms of exfoliated Gallium Selenide (GaSe) are strongly influenced by
humidity. We have observed that the presence of water molecules leads to formation of Ga …

… In this work, we monitor the oxidation dynamics of GaSe with thicknesses ranging from 10 to
200 … oxidation dynamics of ultrathin GaSe and identify the emergence of several oxidation …

… oxidation penetrates into the GaSe layers. In order to investigate the inherent oxidation, we
exfoliated a thin flake (8 L) of GaSe … demonstrates the stability of GaSe ultrathin layers and as …

… oxidation of ultrathin GaSe. Our results show that illumination and Se vacancies induce the
fast oxidation of GaSe. Under illumination, photo-excited electrons from the surface of GaSe …

… GaSe have oxidized resulting 94 in a flake that is composed of an ultrathin substrate of GaSe
… The oxidation of GaSe has major implications for two-dimensional materials owing to the …

… Given the interest in large-scale fabrication of few-layer GaSe by MOCVD for electronic and
… oxidation dynamics of ultrathin GaSe and determine the conditions in which this oxidation …

… oxidation of the 2DSEM gallium selenide (GaSe… GaSe. Thermal annealing of the layers in
an oxygen-rich environment promotes the chemical transformation and full conversion of GaSe …

… could well epitaxy on GaAs or GaSe substrates. Moreover, Ga 2 … oxidized GaSe surface
and whether Ga 2 Se 3 /GaSe heterostructures can be established by surface oxidation of GaSe …

… In conclusion, the process of oxidation in ultrathin GaSe was characterized and analyzed
using Raman, X-ray Photoelectron, and Photoluminescent Spectroscopies, in conjunction with …