Facile synthesis of MoO2 microspheres and their application as ion-to-electron transducers for potentiometric sensors

Construction of MoO2 Ultra-uniformly Coated FeS2 with Tailored Interfacial Traits toward Improved Energy Storage

“…As the typical oxides, MoO 2 has been extensively utilized in catalysis, supercapacitors, and sensors, mainly ascribed to unique optical, electronic, and conductivity properties. − Meanwhile, MoO 2 serves vital roles in Li–S systems due to its proper polarity and superior thermal stability. − For instance, MoO 2 /rGO@H–S nanotubes have been designed, effectively promoting the conversion of LiPSs in the sulfur redox process, perhaps bringing about great rate performance . However, the traditional synthesis strategies still suffered from the uneven distribution of MoO 2 , resulting in poor catalysis.…”