GeSe, composed of ecofriendly and earth-abundant elements, presents a promising
alternative to conventional toxic lead-chalcogenides and earth-scarce tellurides as mid …

The desire for intrinsically low lattice thermal conductivity (jL) in thermoelectrics motivates
numerous efforts on understanding the microscopic mechanisms of heat transport in solids …

The insufficient exposure sites and active site competition of multienzyme are the two main
factors to hinder its therapeutic effect. Here, a phase‐junction nanomaterial (amorphous …

Spin dynamics in molecular systems lies at the heart of contemporary research, promising
revolutionary applications in fields like spintronics and quantum information processing. The …

Zintl compounds such as n‐type Mg3 (Sb, Bi) 2 show promising thermoelectric applications
benefiting from their high valley degeneracy and low lattice thermal conductivity. However …

Exploration of metastable phases holds profound implications for functional materials.
Herein, we engineer the metastable phase to enhance the thermoelectric performance of …

Abstract Mg 3+ δ X 2 (X= Sb, Bi) based Zintl phases possess characteristics, such as non-
toxicity, cost-effectiveness, ease of fabrication, and a wide range of working temperatures …

In most pure metals and metallic systems, although the electronic thermal conductivity is
believed to dominate thermal transport, the magnitude of lattice (phononic) thermal …

Nanomaterials with low thermal conductivity (TC) are ideal candidates as thermoelectric
materials. In this direction, we design innovative multilayer graphene/h-BN (GBN) van der …

By controlling the SPS temperature, we prepared Zintl Zr 3 Ni 2.9 Co 0.1 Sb 4 samples,
namely Co doping in Ni sites of Zr 3 Ni 3 Sb 4, and investigated the corresponding …