The adverse effect of fossil fuels on the environment is driving research to explore
alternative energy sources. Research studies have demonstrated that renewables can offer …

The thermoelectric performance of existing perovskites lags far behind that of state-of-the-art
thermoelectric materials such as SnSe. Despite halide perovskites showing promising …

SnSe is a promising thermoelectric material because of its intrinsic low lattice thermal
conductivity. However, the inferior electrical transport properties restrict the thermoelectric …

The absence of efficient green–yellow light emission in III-V group semiconductors,(Al, Ga,
In)-(N, P, As), is a serious issue of inorganic solid-state light-emitting devices. A series of …

Layered Sn-and Ge-based monochalcogenides have been known as promising
semiconductor materials with appropriately narrow band gaps close to those of Si and GaAs …

We demonstrated a reversible two-dimensional (2D) to three-dimensional (3D) crystal-
structure transition and associated thermal conductivity switching (κ) well above room …

Optimizing materials' electrical and thermal properties takes time and effort to achieve high
thermoelectric performance. However, the appropriate dopants based on the solution can …

To improve the thermoelectric properties of SnSe films, carrier control is required, but
elemental doping is difficult due to the thermodynamic solubility limit. Isovalent elements …

In present work, SnSe 1-x Te x thin films with varying Te concentrations were deposited on
glass substrate through thermal evaporation technique. SnSe 1-x Te x thin films were …

Isovalent doping offers a method to enhance the thermoelectric properties of
semiconductors, yet its influence on the phonon structure and propagation is often …