ACS Nano,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Aug. 30, 2024
Transition
metal
silicates
(TMSs)
are
potential
electrodes
for
aqueous
metal-ion
intercalation
pseudocapacitors
owing
to
their
superior
theoretical
capacity
and
high
structural
stability.
However,
the
narrow
interlayer
spacing
intrinsic
inert
basal
plane
of
TMSs
lead
sluggish
ions
charge
transfer,
causing
an
undesirable
energy
storage
performance.
Herein,
rich
Mn
vacancies
introduced
in
layered
manganous
(M
Advanced Materials,
Journal Year:
2024,
Volume and Issue:
36(35)
Published: June 20, 2024
Abstract
Construction
advanced
fibers
with
high
Faradic
activity
and
conductivity
are
effective
to
realize
energy
density
sufficient
redox
reactions
for
fiber‐based
electrochemical
supercapacitors
(FESCs),
yet
it
is
generally
at
the
sacrifice
of
kinetics
structural
stability.
Here,
a
high‐entropy
doping
strategy
proposed
develop
high‐energy‐density
FESCs
based
on
doped
metal
oxide@graphene
fiber
composite
(HE‐MO@GF).
Due
synergistic
participation
multi‐metal
elements
via
doping,
HE‐MO@GF
features
abundant
oxygen
vacancies
from
introducing
various
low‐valence
ions,
lattice
distortions,
optimized
electronic
structure.
Consequently,
maintains
active
sites,
low
diffusion
barrier,
fast
adsorption
kinetics,
improved
conductivity,
enhanced
stability,
Faradaic
reversibility.
Thereinto,
presents
ultra‐large
areal
capacitance
(3673.74
mF
cm
−2
)
excellent
rate
performance
(1446.78
30
mA
in
6
M
KOH
electrolyte.
The
HE‐MO@GF‐based
solid‐state
also
deliver
(132.85
µWh
),
good
cycle
(81.05%
capacity
retention
after
10,000
cycles),
robust
tolerance
sweat
erosion
multiple
washing,
which
woven
into
textile
power
wearable
devices
(e.g.,
watch,
badge
luminous
glasses).
This
provides
significant
guidance
designing
innovative
materials
highlights
development
next‐generation
devices.
Batteries,
Journal Year:
2024,
Volume and Issue:
10(8), P. 271 - 271
Published: July 29, 2024
Capacitors
exhibit
exceptional
power
density,
a
vast
operational
temperature
range,
remarkable
reliability,
lightweight
construction,
and
high
efficiency,
making
them
extensively
utilized
in
the
realm
of
energy
storage.
There
exist
two
primary
categories
storage
capacitors:
dielectric
capacitors
supercapacitors.
Dielectric
encompass
film
capacitors,
ceramic
electrolytic
whereas
supercapacitors
can
be
further
categorized
into
double-layer
pseudocapacitors,
hybrid
capacitors.
These
diverse
principles
performance
characteristics,
subsequently
dictating
their
specific
application
scenarios.
To
make
informed
decisions
selecting
for
practical
applications,
comprehensive
knowledge
structure
is
imperative.
Consequently,
this
review
delved
structure,
working
principles,
unique
characteristics
aforementioned
aiming
to
clarify
distinctions
between
supercapacitors,
lithium-ion
ACS Nano,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 25, 2025
Developing
ionotronic
interface
layers
for
zinc
anodes
with
superior
mechanical
integrity
is
one
of
the
efficient
strategies
to
suppress
growth
dendrites
in
favor
cycling
stability
aqueous
zinc-ion
batteries
(AZIBs).
Herein,
we
assembled
robust
2D
MXene-based
hydrogel
films
cross-linked
by
1D
cellulose
nanofibril
(CNF)
dual
networks,
acting
as
stabilize
Zn
anodes.
The
MXene-CNF
integrated
multifunctionalities,
including
a
high
in-plane
toughness
18.39
MJ
m-3,
in-plane/out-of-plane
elastic
modulus
0.85
and
3.65
GPa,
mixed
electronic/ionic
(ionotronic)
conductivity
1.53
S
cm-1
0.52
mS
cm-1,
zincophilicity
binding
energy
(1.33
eV)
low
migration
barrier
(0.24
Zn2+.
These
endowed
coupled
multifield
effects,
strong
stress
confinement
uniform
ionic/electronic
field
distributions
on
anodes,
effectively
suppressed
dendrite
growth,
proven
experiments
simulations.
An
example
MXene-CNF|Zn
showed
reduced
nucleation
overpotential
19
mV,
an
extended
life
over
2700
h
Zn||Zn
cells,
capacity
323
mAh
g-1
Zn||MnO2
compared
bare
Zn.
This
work
offers
approach
exploring
mechanically
1D/2D
AZIBs.
Nanomaterials,
Journal Year:
2024,
Volume and Issue:
14(17), P. 1398 - 1398
Published: Aug. 27, 2024
Electrophysiological
monitoring
is
a
commonly
used
medical
procedure
designed
to
capture
the
electrical
signals
generated
by
body
and
promptly
identify
any
abnormal
health
conditions.
Wearable
sensors
are
of
great
significance
in
signal
acquisition
for
electrophysiological
monitoring.
Traditional
devices
often
bulky
have
many
complex
accessories
thus,
only
suitable
limited
application
scenarios.
Hydrogels
optimized
based
on
nanomaterials
lightweight
with
excellent
stretchable
properties,
solving
problem
high-quality
wearable
sensors.
Therefore,
development
hydrogels
brings
tremendous
potential
physiological
This
review
first
introduces
latest
advancement
made
from
different
nanomaterials,
such
as
nanocarbon
materials,
nanometal
two-dimensional
transition
metal
compounds,
Second,
versatile
properties
these
composite
hydrogel
reviewed.
Then,
their
applications
various
monitoring,
electrocardiogram
electromyographic
analysis,
electroencephalogram
discussed.
Finally,
current
status
future
prospects
nanomaterial-optimized
summarized.
We
hope
this
will
inspire
using
nanomaterial-based
hydrogels.
Advanced Functional Materials,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 16, 2025
Abstract
Infrared
ultralow‐emissivity
fabric
has
garnered
significant
interest
for
applications
in
infrared
stealth
and
personal
thermal
management.
However,
reconciling
the
competing
demands
of
low
emissivity,
breathability,
mechanical
strength
poses
a
formidable
challenge.
Here,
an
air‐permeable
polymeric
metafabric
distinguished
by
unique
non‐through‐hole
structure
is
presented.
This
design
achieved
through
electroless
plating
silver
nanoparticles
onto
commercially
available
nylon
fabric,
supplemented
intermediate
layer
hot‐processed
porous
mesh.
demonstrates
ultralow
emissivity
0.044,
exceptional
electrical
conductivity
51
315
S
m
−1
,
impressive
electromagnetic
interference
shielding
efficiency
78
dB,
high
tensile
110
MPa.
The
conductivity,
are
among
highest
values
reported
low‐emissivity
fabrics.
also
exhibits
air
permeability
that
conforms
to
Grade
2
international
standards.
facilitates
precision
heating
across
diverse
environments
its
integrated
capabilities
passive
radiative
active
solar/Joule
heating.
Additionally,
displays
antibacterial
properties,
flame
retardancy,
sweat
absorption,
quick‐drying,
washability
performance,
thereby
significantly
enhancing
wearability.
high‐performance,
multifunctional,
holds
great
promise
camouflage,
protection,
