Search results for: PHOSPHOTUNGSTIC ACID

• Sub‐Nanometer‐Scale Cu9S5 Enables Efficiently Electrochemical Nitrate Reduction to Ammonia

  Publication

  • C. Feng
  • H. Wu
  • J. Shao
  • Q. Huo
  • A. Hassan
  • H. Yang
  • Q. Hu
  • C. He

  - Advanced Energy Materials - Year 2024

  The sub-nanometer is a key feature size in materials science. Unlike single-atom and nanomaterials, size effects and inter-component cooperative actions in sub-nanomaterials will effective on its performance is more significant. Here, 0.95 nm ordered arrangement Cu9S5 sub-nanowires (Cu9S5 SNWs) are synthesized through the co-assembly effect of inorganic nuclei (Cu9S5) and clusters (phosphotungstic acid-PTA), achieving a significant...

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