In this study, polycrystalline thin films of 330 nm in thickness with different SnSe and SnSe 2
contents were prepared by co-evaporation of Sn and Se through adjusting source …

In the face of ever‐evolving energy and environmental challenges, tin selenide (SnSe) has
garnered significant attention due to its outstanding thermoelectric performance. The article …

Here, we present a facile, phase-selectable, size-controllable chemical method for the
synthesis of Sn-Se nanosheets (NSs). The resultant NSs were characterized using XRD …

Thermoelectric materials and devices can directly convert heat energy into electrical energy
and vice versa, holding great promise for energy harvesting and cooling applications. In the …

Semiconductor nanocrystals have become exciting class of nanomaterials due to their
potential application in solar cells, light-emitting diodes, biological labeling, chemical …

We successfully synthesized two series of single-phase nanosized SnSe at room
temperature with various pH values. The resulting powders were consolidated by hot …

Tin selenide (SnSe) is a layered semiconductor, which is reported to be the best
thermoelectric material to date. Few-layer tin selenide is highly sensitive to external …

A simple and scalable wet chemical method was adopted to synthesize a series of single-
phase nanosized SnSe at room temperature with the solution controlled at various pH …

The simple binary semiconductor SnSe has not been for long considered as a promising
thermoelectric material compared to PbSe. For this reason, its thermoelectric properties …

Given the recent interest in portable and wearable electronics, thin film thermoelectrics are
regarded as promising candidates for the power supply of self-powered systems. Moreover …