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Comprehensive study of Zr-doped Ni-rich cathode material upon co-precipitation step for Li-ion batteries
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DOI：10.1016/j.jpowsour.2026.241179.png)
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Abstract
En 中文
• Zr doping of NMC811 via co-precipitation step explores solubility limits. • Synchrotron XRD/ XAS confirms the successful Zr incorporation into NMC811 structure. • Zr content above 0.1 mol% leads to form an additional Li2ZrO3 polymorphs phases. • Higher Zr concentration yields a smaller particle size distribution. • Morphology changes have a higher influence than doping on electrode cyclability.
Keywords:
NMC811
Zr-doping
XAS
Synchrotron radiation
Co-precipitation
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