Co3O4@(Fe-Doped)Co(OH)2 Microfibers: Facile Synthesis, Oriented-Assembly, Formation Mechanism, and High Electrocatalytic Activity.

@article{Zhou2017Co3O4FeDopedCoOH2MF,
  title={Co3O4@(Fe-Doped)Co(OH)2 Microfibers: Facile Synthesis, Oriented-Assembly, Formation Mechanism, and High Electrocatalytic Activity.},
  author={Yao Zhou and Yijin Wu and Pengfang Zhang and Jiande Chen and Baihua Qu and Jun-Tao Li},
  journal={ACS applied materials & interfaces},
  year={2017},
  volume={9 36},
  pages={
          30880-30890
        }
}
Cobalt oxide or hydroxide nanoarchitectures, often synthesized via solvothermal or electrodeposition or templated approaches, have wide technological applications owing to their inherent electrochemical activity and unique magnetic responsive properties. Herein, by revisiting the well-studied aqueous system of Co/NaBH4 at room temperature, the chainlike… CONTINUE READING