Lithiation of Anodic Magnetite–Hematite Nanotubes Formed on Iron
Laras Fadillah,
Damian Kowalski,
Mewin Vincent
et al.
Abstract:Electrochemically active iron oxide
nanotubes formed
by anodization
are of high interest as battery components in various battery systems
due to their 1D geometry, offering high volume expansion tolerance
and applications without the use of binders and conductive additives.
This work takes a step forward toward understanding lithium-ion storage
in 1D nanotubes through the analysis of differential capacity plots
d(Q – Q
0)·dE
–1 supported by in situ Raman spectroscopy observations. The iron oxide
nanotubes we… Show more
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