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A cryodesiccation and thermal chemical approach has been used to produce FeSb2@C composites. An interconnected mesh structure of the FeSb2@C composite formed after the removal of the KCl by‐product with… Click to show full abstract
A cryodesiccation and thermal chemical approach has been used to produce FeSb2@C composites. An interconnected mesh structure of the FeSb2@C composite formed after the removal of the KCl by‐product with simple washing. The sodium storage performance of the FeSb2@C composite as an anode active material has been studied. After 200 cycles, FeSb2@C delivered 283.4 mAh/g capacity with a retention of 99.1% capacity. It also showed a rate capability of 247.8 mA/g at 1000 mA/g.
Keywords:
sodium storage;
fesb2 composite;
performance fesb2;
storage performance
Journal Title: International Journal of Energy Research
Year Published: 2021
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Journal Title: International Journal of Energy Research
Year Published: 2021
Link to full text (if available)
Share on Social Media: Sign Up to like & get
recommendations!