Enhanced thermoelectric performance is restricted greatly by the interaction of various
transport parameters, and this bottleneck urgently requires a solution. In this paper, first …

Using first-principles calculations, we designed a new two-dimensional sp 2− sp 3
hybridized allotrope of carbon. This allotrope is made up of 5-6-8 carbon rings thus, known …

While SnS 2 is an earth-abundant large-band-gap semiconductor material, the indirect
nature of the band gap limits its applications in light harvesting or detection devices. Here …

The two-dimensional layered metal dichalcogenides (LMDs) SnS2 is an interesting
candidate for high-performance NO2 gas sensors. However, most SnS2-based NO2 sensors …

In recent years, layered semiconductor tin dichalcogenides, SnX2 (X= S and Se), have
received great attention owing to their wide applications in numerous fields. However …

Off-plane polarization in two dimensional materials is significant during the designation of
functional nano-devices. As a prototype, the metal chalcogen-diphosphate CuInP 2 S 6 …

We investigated the terahertz (THz) radiation mechanism of the layered tin sulfide (SnS 2)
crystal via THz emission spectroscopy. Under non-resonant excitation, THz generation from …

The van der Waals (vdWs) heterostructure retains some excellent properties of monolayer
transition metal dichalcogenides (TMDs), and has a significant improvement in performance …

Direct bandgap semiconductors play a critical role in optoelectronics. In this regard, SnS 2 is
a two-dimensional (2D) layered semiconductor which has ignited intensive attention due to …

The manipulation of electronic properties in layered materials is of great importance for both
device design and fundamental research. Here, we report the pressure engineering on Sn S …