Advanced Functional Materials,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Nov. 19, 2024
Abstract
Pyrite
(FeS
2
),
as
a
transition
metal
sulfide,
has
promise
application
in
the
field
of
secondary
batteries
due
to
its
abundant
reserves,
high
theoretical
capacity,
safety,
and
non‐toxicity.
However,
serious
volume
expansion
shuttle
effect
FeS
liquid
limit
further
development.
Solid‐state
offer
effective
solutions
these
challenges.
In
this
review,
synthesis
methods
recent
progress
‐based
solid‐state
lithium/sodium
are
presented,
effects
size
morphology,
solid
electrolyte
type,
battery
structure
design
on
electrochemical
performance
discussed.
By
analyzing
summarizing
problems
applying
batteries,
remaining
challenges
discussed
future
directions
proposed.
This
review
aims
guide
research
high‐performance
based
promote
development
energy
storage.
Advanced Materials Interfaces,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Feb. 27, 2025
Abstract
All‐solid‐state
batteries
(ASSBs)
are
promising
“beyond
lithium‐ion
batteries”
candidates
owing
to
their
high
energy
density
and
safety.
Anodeless
electrodes
critical
components
for
enabling
these
attributes,
offering
a
fundamentally
distinct
mechanism
compared
conventional
anode
systems.
This
unique
of
anodeless
has
garnered
significant
scientific
interest
prompted
extensive
research.
Based
on
recent
advancements,
this
perspective
provides
comprehensive
insights
into
electrode
materials
in
ASSBs
outlines
prospective
research
directions
address
the
remaining
challenges
further
ASSB
performance
optimization.
Journal of Materials Chemistry A,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 1, 2025
An
Li
0.33
La
0.557
TiO
3
@BaTiO
(LLTO@BTO)
core–shell
fiber
is
synthesized.
The
BTO
shell
enhances
lithium
salt
dissociation
and
protects
LLTO,
while
LLTO
facilitates
rapid
+
transport.
PEO-LLTO@BTO
exhibits
1.44
mS
cm
−1
ionic
conductivity
at
30
°C.
Batteries,
Journal Year:
2025,
Volume and Issue:
11(4), P. 123 - 123
Published: March 25, 2025
The
increasing
global
population
and,
thus,
energy
demand
have
made
research
into
renewable
sources
more
critical.
Lithium-ion
batteries
(LIBs)
and
sodium-ion
(SIBs)
been
recognized
as
the
most
promising
technologies
for
storing
effectively
addressing
this
demand.
Carbonaceous
materials
are
widespread
anode
material
due
to
their
fascinating
features,
such
high
theoretical
capacity,
electrical
conductivity,
excellent
structural
stability.
Additionally,
these
materials’
abundance,
cost-effectiveness,
environmental
friendliness
emphasized
need
further
investigation
development.
Among
carbon-based
materials,
graphite
(both
artificial
natural)
stands
out
ubiquitous
its
layered
crystal
structure,
mechanical
strength,
long
cycle
life,
safety
profile,
making
it
ideal
intercalation
with
lithium
sodium.
In
recent
years,
extensive
has
conducted
enhance
efficiency
of
anodes
ultimately,
overall
performance
batteries.
review,
role
carbonaceous
in
lithium-ion
was
comprehensively
investigated,
focusing
on
advancements
synthesizing
optimizing
graphite.
Furthermore,
mechanism
factors
influencing
electrochemical
properties
both
LIBs
SIBs
were
extensively
discussed.
This
work
also
provides
a
holistic
perspective
differences
between
two
types
batteries,
highlighting
cost,
applications,
future
potential
advancement.
Ionics,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Oct. 22, 2024
Abstract
This
comprehensive
review
explores
the
remarkable
progress
and
prospects
of
diatomaceous
earth
(DE)
as
a
bio-template
material
for
synthesizing
electrode
materials
tailored
explicitly
supercapacitor
battery
applications.
The
unique
structures
within
DE,
including
its
mesoporous
nature
high
surface
area,
have
positioned
it
pivotal
in
energy
storage.
framework
often
defined
by
pores
with
diameters
between
2
50
nm,
provides
substantial
fundamental
element
charge
storage,
transfer
electrochemical
conversion
Its
bio-templating
capabilities
ushered
creation
highly
efficient
materials.
Moreover,
role
DE
enhancing
ion
accessibility
has
made
an
excellent
choice
high-power
As
we
gaze
toward
future,
appear
exceptionally
promising.
Customized
synthesis,
scalability
challenges,
multidisciplinary
collaborations,
sustainable
initiatives
are
emerging
key
areas
interest.
natural
abundance
eco-friendly
attributes
align
growing
emphasis
on
sustainability
solutions,
contribution
to
synthesis
supercapacitors
batteries
presents
exciting
avenue
evolve
storage
technologies.
intricate
offer
compelling
path
advancing
sustainable,
high-performance
marking
significant
step
greener
more
future.
Graphical
Journal of The Electrochemical Society,
Journal Year:
2024,
Volume and Issue:
171(11), P. 112503 - 112503
Published: Nov. 1, 2024
Hydrogen
production
through
electrochemical
water
splitting
is
a
promising
approach
for
sustainable
energy
generation,
yet
developing
efficient
and
durable
electrocatalysts
remains
critical
challenge.
This
study
successfully
developed
highly
active
platinum
nanoparticles-decorated
stainless-steel
mesh
(Pt/SSM)
electrocatalyst
the
hydrogen
evolution
reaction
(HER)
using
electrodeposition.
The
Pt
nanoparticles
exhibited
unique
micro-leaf
structure
on
SSM
surface.
Pt/SSM
demonstrated
superior
HER
performance
compared
to
bare
SSM,
with
remarkably
low
overpotential
of
121
mV
Tafel
slope
40
dec
−1
in
0.5
M
H
2
SO
4
.
was
their
activity
KOH,
attributed
higher
proton
concentration,
favorable
Volmer
kinetics,
improved
catalyst-electrolyte
interactions
acidic
medium.
electrodeposited
also
more
stable
electrolytes
alkaline
ones,
likely
due
preservation
its
morphological
integrity
conditions.
Overall,
this
work
practical
production,
medium
providing
optimal
performance.
Advanced Functional Materials,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Nov. 19, 2024
Abstract
Pyrite
(FeS
2
),
as
a
transition
metal
sulfide,
has
promise
application
in
the
field
of
secondary
batteries
due
to
its
abundant
reserves,
high
theoretical
capacity,
safety,
and
non‐toxicity.
However,
serious
volume
expansion
shuttle
effect
FeS
liquid
limit
further
development.
Solid‐state
offer
effective
solutions
these
challenges.
In
this
review,
synthesis
methods
recent
progress
‐based
solid‐state
lithium/sodium
are
presented,
effects
size
morphology,
solid
electrolyte
type,
battery
structure
design
on
electrochemical
performance
discussed.
By
analyzing
summarizing
problems
applying
batteries,
remaining
challenges
discussed
future
directions
proposed.
This
review
aims
guide
research
high‐performance
based
promote
development
energy
storage.
