Two-dimensional high-entropy materials are of interest for diverse applications, but low-temperature synthesis remains challenging. Now a topological anionic confinement strategy is reported in which ...

Researchers from Shinshu University developed a low-cost nanocomposite by embedding bimetallic and trimetallic molybdates into nitrogen-, boron-, and fluorine-doped hollow carbon nanofibers. This material demonstrated excellent electrochemical performance for supercapacitors, with high capacitance and long-term stability, as well as strong catalytic efficiency in degrading 4-nitrophenol, a common industrial pollutant.

The crystal structure of LiLu[MoO4]2, which emerged as a by-product of the synthesis to obtain lithium derivatives of lutetium molybdate, adopts the scheelite type.

Publication date: May 2025 Source: Green Energy & Environment, Volume 10, Issue 5 Author(s): Jiejie Feng, Liling Wei, Huayi Li, Jianquan Shen

Researchers from Shinshu University developed a low-cost nanocomposite by embedding bimetallic and trimetallic molybdates into nitrogen-, boron-, and fluorine-doped hollow carbon nanofibers. This mate...