Halide solid state electrolytes (SSEs) have attracted the attention of researchers as a new
family of SSEs due to simple synthesis, high ionic conductivity, and good softness. However …

Chalcogenide-containing materials are important for the semiconductor and thermoelectric
industries and are up-and-coming materials for superconductors, catalysis, and battery …

Achieving efficient uranium adsorption from highly acidic wastewater is still considered
challenging. Here, an inorganic-organic hybridized self-assembly material (rPFE-10) with …

The behavior of 5f electrons in soft ligand environments makes actinides, and especially
transuranium chalcogenides, an intriguing class of materials for fundamental studies. Due to …

Second-order nonlinear optical (NLO) materials are extensively applied in laser-related
techniques. For developing IR NLO materials, chalcogenides are the main candidates. Here …

Efficient adsorption of radioactive 137 Cs+ and 60 Co 2+ and their decay products 137 Ba
2+ and 60 Ni 2+ bears significance for hazard elimination in case of nuclear emergency …

Superionic conductors (SICs) are of great importance for substantial applications such as
energy storage and conversion, and conductance switching. In contrast to typical SICs which …

A missing member of well-known ternary chalcometallates, a sodium selenogallate,
NaGaSe2, has been synthesized by employing a polyselenide flux and stoichiometric …

Fast and effective uranyl sequestration is of interest to the nuclear industry. Recently,
layered chalcogenide materials have demonstrated fast, selective, and efficient sorption …

Two new ternary materials NaGaS2 (1) and the Fe-doped phase of NaGaS2, NaFe0.
135Ga0. 865S2 (2), have been synthesized by employing polysulfide flux. Single crystal …