In this work we report a facile route to grow large area, uniform, continuous and few-layer α-In
2
Te
3
film via chemical vapor deposition (CVD) methods. The characterizations show the large area of CVD-grown few-layer α-In
2
Te
3
. This method guarantees the precise control of thickness down to few layers and large area preparation. The magnetoresistance (MR) properties of few-layer In
2
Te
3
was investigated from 2 to 300 K and its MR stability under long exposure to ambient air was studied for the first time. Few-layer of α-In
2
Te
3
shows a positive MR and the largest transverse MR was observed to about 11% at 2 K and a high stability of MR to long time exposure in air up to 21 weeks.
An efficient strategy for enhancing CO2 capture performance based on 2-hydroxyl pyridium anion-functionalized ILs was reported via the reduction of cation–anion interactions in ILs.
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