RSC Advances,
Journal Year:
2024,
Volume and Issue:
14(48), P. 35704 - 35714
Published: Jan. 1, 2024
Introducing
NiFeMn-Layered
Double
Hydroxide
(LDH)
as
an
innovative
cathode
material
for
Zn-Mn
batteries,
this
study
focuses
on
bolstering
the
electrochemical
efficiency
and
stability
of
system.
We
explored
effect
varying
Zn/Mn
molar
ratio
in
electrolyte
battery's
performance
investigated
underlying
reaction
mechanism.
Our
results
show
that
4
:
1
achieves
a
balance
between
capacity
stability,
with
areal
0.20
mA
h
cm
ACS Applied Energy Materials,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 20, 2025
Graphitic
carbon
nitride
(GCN),
a
graphite-like
material
composed
of
aromatic
tri-s-triazine
units,
has
recently
gained
recognition
as
promising
candidate
for
supercapacitor
electrode
applications.
Its
abundant
availability,
metal-free
composition,
high
nitrogen
content,
and
responsiveness
to
environmental
conditions
make
GCN
highly
attractive
energy
storage
solutions.
Despite
this
potential,
challenges
remain
in
optimizing
its
specific
capacity
density.
This
review
stands
out
by
comprehensively
analyzing
various
synthesis
methods
such
hydrothermal,
solvothermal,
sol–gel
techniques
critically
examining
how
these
influence
electrochemical
performance.
A
particular
focus
is
placed
on
identifying
optimal
through
detailed
comparison
their
impact
key
functional
parameters.
differentiates
from
previous
studies'
in-depth
exploration
advanced
strategies
enhance
GCN's
properties.
Specifically,
the
delves
into
innovative
approaches
like
element
doping
hybridization
with
polymers,
metals,
carbon-based
materials,
offering
new
pathways
significantly
boost
performance
electrodes.
These
cutting-edge
have
not
been
systematically
explored
other
reviews,
positioning
article
forward-thinking
contribution
field.
In
addition,
takes
broader,
interdisciplinary
approach
functionality
applications,
water
splitting,
critical
commonalities
between
parameters
applications
those
supercapacitors.
cross-application
analysis,
rarely
addressed
literature,
opens
avenues
development,
suggesting
that
insights
related
fields
can
accelerate
optimization
electrode.
By
emphasizing
combination
metal-based
hybridization,
offers
novel
perspective
advancing
technology.
It
also
addresses
current
provides
practical
recommendations,
making
it
pivotal
resource
future
breakthroughs
