Focal Interest
Focal Interest

Electrochemistry

  1. ION-Logic predicts ionic coherence collapse with early warning
  2. In situ sensors enable simultaneous hydrogen and oxygen detection
    Real-time sensor platform for simultaneous H2 and O2 detection in photocatalytic water splitting, enabling kinetic characterization without conventional gas chromatography limitations.
  3. Tetraethynyl DOTs show π-stacking and n-type semiconductor behavior
    Tetraethynyl dioxotriangulene derivatives synthesized via C–O activation demonstrate n-type semiconductor properties through π-stacking and radical anion stabilization in field-effect transistors.
  4. Certain nitrogen compounds improved PFOA electrochemical degradation
    Electrochemical degradation of PFOA enhanced by nitrogen-containing compounds with lone-pair electrons; mechanisms involve direct electron transfer and reactive nitrogen species generation.
  5. In Situ Organoselenization for Ultrastable Li−Se Batteries
    In situ organoselenization strategy converts selenium into organic selenide forms to prevent polyselenide shuttle in lithium-selenium batteries, achieving 92.87% capacity retention after 1300 cycles.