Advanced Materials,
Год журнала:
2023,
Номер
35(41)
Опубликована: Март 27, 2023
Maintaining
human
thermal
comfort
in
the
cold
outdoors
is
crucial
for
diverse
outdoor
activities,
e.g.,
sports
and
recreation,
healthcare,
special
occupations.
To
date,
advanced
clothes
are
employed
to
collect
solar
energy
as
a
heat
source
stand
climates,
while
their
dull
dark
photothermal
coating
may
hinder
pragmatism
environments
visual
sense
considering
fashion.
Herein,
tailor-made
white
webs
with
strong
effect
proposed.
With
embedding
of
cesium-tungsten
bronze
(Csx
WO3
)
nanoparticles
(NPs)
additive
inside
nylon
nanofibers,
these
capable
drawing
both
near-infrared
(NIR)
ultraviolet
(UV)
light
sunlight
heating.
Their
exceptional
conversion
capability
enables
2.5-10.5
°C
greater
warmth
than
that
commercial
sweatshirt
six
times
thickness
under
different
climates.
Remarkably,
this
smart
fabric
can
increase
its
efficiency
wet
state.
It
optimal
fast
sweat
or
water
evaporation
at
temperature
(38.5
°C)
sunlight,
role
thermoregulation
equally
important
avoid
excess
loss
wilderness
survival.
Obviously,
web
considerable
merits
shape
retention,
softness,
safety,
breathability,
washability,
on-demand
coloration
provides
revolutionary
solution
realize
energy-saving
simultaneously
satisfy
needs
fashion
aesthetics.
Advanced Materials,
Год журнала:
2024,
Номер
36(27)
Опубликована: Апрель 19, 2024
Abstract
Smart
windows
with
radiative
heat
management
capability
using
the
sun
and
outer
space
as
zero‐energy
thermodynamic
resources
have
gained
prominence,
demonstrating
a
minimum
carbon
footprint.
However,
realizing
on‐demand
thermal
throughout
all
seasons
while
reducing
fossil
energy
consumption
remains
formidable
challenge.
Herein,
an
energy‐efficient
smart
window
that
enables
actively
tunable
passive
cooling
(PRC)
multimode
heating
regulation
is
demonstrated
by
integrating
emission‐enhanced
polymer‐dispersed
liquid
crystal
(SiO
2
@PRC
PDLC)
film
low‐emission
layer
deposited
nanotubes.
Specifically,
this
device
can
achieve
temperature
close
to
chamber
interior
ambient
under
solar
irradiance
of
700
W
m
−2
,
well
drop
2.3
°C
at
sunlight
500
whose
multistage
PRC
efficiency
be
rapidly
adjusted
moderate
voltage.
Meanwhile,
synchronous
cooperation
(PRH),
(SH),
electric
(EH)
endows
handle
complicated
situations
during
cold
weather.
Energy
simulation
reveals
substantial
superiority
in
savings
compared
single‐layer
SiO
PDLC,
normal
glass,
commercial
low‐E
glass
when
applied
different
climate
zones.
This
work
provides
feasible
pathway
for
year‐round
management,
presenting
huge
potential
energy‐saving
applications.
Advanced Nanocomposites,
Год журнала:
2024,
Номер
1(1), С. 217 - 239
Опубликована: Янв. 1, 2024
As
a
member
of
the
two-dimensional
materials'
family,
MXene
sheets
exhibit
unique
structure
and
outstanding
functional
properties,
garnering
extensive
interest
in
many
emerging
fields.
Among
them,
derivatives
with
low
emissivity
inorganic
feature
have
positioned
them
as
promising
candidates
for
thermal
camouflage
fire
safety.
Nevertheless,
present
literature
still
lacks
comprehensive
comparative
review
focused
on
both
radiation
protection
safety
advanced
MXene-based
nanocomposite
materials.
This
paper
is
dedicated
to
offering
an
overview
recent
advances
progress
empowering
nanocomposites
context
synthesis
operational
principle,
structural
characteristics,
multifunctional
performance
emergent
applications.
Special
emphasis
placed
reviewing
camouflaging
(infrared
stealth),
flame-retardant
(passive)
early
warning
(active)
understand
relationships
between
material
compositions,
fabricating
process,
multi-scale
structures
multiple
functionalities.
Finally,
future
challenge
direction
applications
are
discussed
analyzed.
Chemical Society Reviews,
Год журнала:
2025,
Номер
unknown
Опубликована: Янв. 1, 2025
Since
their
discovery
over
a
decade
ago,
MXenes
have
transformed
the
field
of
"materials
for
healthcare",
stimulating
growing
interest
in
healthcare-related
applications.
These
developments
also
driven
significant
advancements
MXenes'
synthesis.
This
review
systematically
examines
synthesis
and
applications
sensing
biomedical
fields,
underscoring
pivotal
role
addressing
critical
challenges
modern
healthcare.
We
describe
experimental
by
combining
appropriate
laboratory
modules
with
mechanistic
principles
underlying
each
step.
In
addition,
we
provide
extensive
details
on
parameters,
considerations,
essential
instructions
successful
Various
healthcare
including
sensing,
imaging,
synergistic
therapies,
regenerative
medicine,
wearable
devices
been
explored.
further
highlight
emerging
trends
MXenes,
viz.,
as
nanovehicles
drug
delivery,
vectors
gene
therapy,
tools
immune
profiling.
By
identifying
important
parameters
that
define
utility
applications,
this
outlines
strategies
to
regulate
profile,
thereby
serving
valuable
guide
design
application-specific
properties.
The
final
section
integrates
research
theoretical
studies
comprehensive
understanding
field.
It
technologies,
such
artificial
intelligence
(AI)
machine
learning
(ML),
accelerating
material
discovery,
structure-property
optimization,
automation.
Complemented
detailed
supplementary
information
synthesis,
stability,
biocompatibility,
environmental
impact,
insights,
offers
profound
knowledge
base
diverse
family
2D
materials.
Finally,
compared
potential
other
materials
underscore
existing
prioritize
interdisciplinary
collaboration.
synthesizing
key
from
its
current
(especially
2018
onward),
provides
cohesive
assessment
MXene
foundations
prospects
sector.
Polymer-Plastics Technology and Materials,
Год журнала:
2022,
Номер
62(4), С. 510 - 546
Опубликована: Сен. 13, 2022
Recently,
great
successes
have
been
garnered
in
the
electronics
segment,
such
as
development
of
printed
circuit
panels,
miniaturized
and
critically
integrated
light-emitting
gadgets,
aerospace,
maritime,
automotive
components.
However,
generation
excessive
heat
elevated
fire
risks
these
gadgets
is
escalating
resulting
they
malfunctioning,
degradation,
minimized
performances
well
high
prevalence
rate
outbreak.
Hence,
materials
exhibiting
thermal
conductivities
flame
retardancy
are
emerging
to
be
essential
components
electronic
other
engineering
due
effective
dissipation
sustaining
safe
operational
temperature
case
outbreaks.
Despite
advantages
polymeric
nanocomposites
(PNC)
applications,
electrical
insulation,
facile
processability,
low-weight,
low-cost,
not
appropriate
for
high-performing
inferior
(0.2–0.5
W/mK)
flammability.
Thus,
numerous
approaches
engaged
embed
thermally
conductive
retardant
fillers
M-X,
carbon
derivatives,
metallic,
ceramic
substrates
within
matrices
inculcate
conductivity
resistance
them.
MXene
(M-X),
a
novel
set
2-D
currently
garnering
significant
research
attention
because
shown
prospects
use
batteries,
supercapacitors
(SCs).
Therefore,
this
paper
present
recently
trends
(TC)
M-X@polymeric
nanoarchitectures
(M-X@PNC).
