Nano-Micro Letters,
Journal Year:
2023,
Volume and Issue:
16(1)
Published: Nov. 30, 2023
With
the
rapid
development
of
5G
information
technology,
thermal
conductivity/dissipation
problems
highly
integrated
electronic
devices
and
electrical
equipment
are
becoming
prominent.
In
this
work,
"high-temperature
solid-phase
&
diazonium
salt
decomposition"
method
is
carried
out
to
prepare
benzidine-functionalized
boron
nitride
(m-BN).
Subsequently,
m-BN/poly(p-phenylene
benzobisoxazole)
nanofiber
(PNF)
nanocomposite
paper
with
nacre-mimetic
layered
structures
prepared
via
sol-gel
film
transformation
approach.
The
obtained
m-BN/PNF
50
wt%
m-BN
presents
excellent
conductivity,
incredible
insulation,
outstanding
mechanical
properties
stability,
due
construction
extensive
hydrogen
bonds
π-π
interactions
between
PNF,
stable
structures.
Its
λ∥
λ⊥
9.68
0.84
W
m-1
K-1,
volume
resistivity
breakdown
strength
as
high
2.3
×
1015
Ω
cm
324.2
kV
mm-1,
respectively.
Besides,
it
also
extremely
tensile
193.6
MPa
decomposition
temperature
640
°C,
showing
a
broad
application
prospect
in
high-end
management
fields
such
equipment.
Nano-Micro Letters,
Journal Year:
2024,
Volume and Issue:
16(1)
Published: March 13, 2024
Maintaining
thermal
comfort
within
the
human
body
is
crucial
for
optimal
health
and
overall
well-being.
By
merely
broadening
set-point
of
indoor
temperatures,
we
could
significantly
slash
energy
usage
in
building
heating,
ventilation,
air-conditioning
systems.
In
recent
years,
there
has
been
a
surge
advancements
personal
management
(PTM),
aiming
to
regulate
heat
moisture
transfer
our
immediate
surroundings,
clothing,
skin.
The
advent
PTM
driven
by
rapid
development
nano/micro-materials
science
engineering.
An
emerging
research
area
radiative
(PRTM),
which
demonstrates
immense
potential
with
its
high
efficiency
ease
regulation.
However,
it
less
taken
into
account
traditional
textiles,
currently
lies
gap
knowledge
understanding
PRTM.
this
review,
aim
present
thorough
analysis
advanced
textile
materials
technologies
Specifically,
will
introduce
discuss
underlying
radiation
mechanisms,
fabrication
methods
various
indoor/outdoor
applications
light
their
different
regulation
functionalities,
including
cooling,
dual-mode
thermoregulation.
Furthermore,
shine
on
current
hurdles,
propose
strategies,
delve
future
technology
trends
PRTM
an
emphasis
functionalities
applications.
Advanced Energy Materials,
Journal Year:
2024,
Volume and Issue:
14(21)
Published: March 29, 2024
Abstract
Solid‐state
caloric
effects
as
intrinsic
thermal
responses
to
different
physical
external
stimuli
(magnetic‐,
uniaxial
stress‐,
pressure‐,
and
electric‐fields)
can
achieve
a
higher
energy
efficiency
compared
with
traditional
gas
compression
techniques.
Among
these
effects,
magnetocaloric
conversion
is
regarded
the
best
available
alternative
has
been
exploited
extensively
for
promising
application
scenarios
in
last
decades.
This
review
systematically
introduces
effect
its
applications,
summarizes
corresponding
representative
materials,
well
important
progress
recent
years.
Specifically,
focuses
on
some
key
understandings
of
by
utilizing
state‐of‐the‐art
technical
tools
such
synchrotron
X
‐ray,
neutron
scattering,
muon
spin
spectroscopy,
positron
annihilation
high
magnetic
fields,
etc.,
highlights
their
importance
toward
advanced
materials
design
development.
An
overview
basic
principles
applications
techniques
provided.
Finally,
challenges
perspectives
further
developments
this
field
are
discussed.
Further
in‐depth
understanding
manufacturing
technology
advancement
combined
fast‐developed
artificial
intelligence
machine
learning
expected
advance
closer
real
applications.
Advanced Materials,
Journal Year:
2024,
Volume and Issue:
unknown
Published: March 16, 2024
Soft
electronics
are
garnering
significant
attention
due
to
their
wide-ranging
applications
in
artificial
skin,
health
monitoring,
human-machine
interaction,
intelligence,
and
the
Internet
of
Things.
Various
soft
physical
sensors
such
as
mechanical
sensors,
temperature
humidity
fundamental
building
blocks
for
electronics.
While
fast
growth
widespread
utilization
electronic
devices
have
elevated
life
quality,
consequential
electromagnetic
interference
(EMI)
radiation
pose
potential
threats
device
precision
human
health.
Another
substantial
concern
pertains
overheating
issues
that
occur
during
prolonged
operation.
Therefore,
design
multifunctional
exhibiting
excellent
capabilities
sensing,
EMI
shielding,
thermal
management
is
paramount
importance.
Because
prominent
advantages
chemical
stability,
electrical
conductivity,
easy
functionalization,
new
carbon
materials
including
nanotubes,
graphene
its
derivatives,
graphdiyne,
sustainable
natural-biomass-derived
particularly
promising
candidates
This
review
summarizes
latest
advancements
based
on
across
a
range
performance
aspects,
mainly
focusing
structure
or
composite
design,
fabrication
method
signals
management.
Furthermore,
integration
strategies
corresponding
intriguing
highlighted.
Finally,
this
presents
prospects
aimed
at
overcoming
current
barriers
advancing
development
state-of-the-art
Nano-Micro Letters,
Journal Year:
2024,
Volume and Issue:
16(1)
Published: July 10, 2024
Abstract
Fire
warning
is
vital
to
human
life,
economy
and
ecology.
However,
the
development
of
effective
systems
faces
great
challenges
fast
response,
adjustable
threshold
remote
detecting.
Here,
we
propose
an
intelligent
self-powered
IoT
fire
system,
by
employing
single-walled
carbon
nanotube/titanium
carbide
thermoelectric
composite
films.
The
flexible
films,
prepared
a
convenient
solution
mixing,
display
p-type
characteristic
with
excellent
high-temperature
stability,
flame
retardancy
TE
(power
factor
239.7
±
15.8
μW
m
−1
K
−2
)
performances.
comprehensive
morphology
structural
analyses
shed
light
on
underlying
mechanisms.
And
assembled
devices
(TEDs)
exhibit
voltages
(1–10
mV).
Excitingly,
ultrafast
response
time
~
0.1
s
at
1
mV
voltage
achieved,
rivaling
many
state-of-the-art
systems.
Furthermore,
reveal
outstanding
stability
after
50
repeated
cycles
desired
durability
even
undergoing
180
days
air
exposure.
Finally,
TED-based
wireless
system
has
been
developed
coupling
amplifier,
analog-to-digital
converter
Bluetooth
module.
By
combining
characteristics,
signal
transmission,
TE-based
hybrid
here
promising
for
next-generation
applications.
Nano-Micro Letters,
Journal Year:
2025,
Volume and Issue:
17(1)
Published: Feb. 17, 2025
Abstract
As
living
standards
improve,
the
energy
consumption
for
regulating
indoor
temperature
keeps
increasing.
Windows,
in
particular,
enhance
brightness
but
also
lead
to
increased
loss,
especially
sunny
weather.
Developing
a
product
that
can
maintain
while
reducing
is
challenge.
We
developed
facile,
spectrally
selective
transparent
ultrahigh-molecular-weight
polyethylene
composite
film
address
this
trade-off.
It
based
on
blend
of
antimony-doped
tin
oxide
and
then
spin-coated
hydrophobic
fumed
silica,
achieving
high
visible
light
transmittance
(>
70%)
shielding
rates
ultraviolet
90%)
near-infrared
70%).
When
applied
acrylic
window
containers
placed
outside,
cause
10
°C
drop
compared
pure
polymer
film.
Moreover,
building
simulations,
annual
savings
could
be
between
14.1%
~
31.9%
per
year.
The
development
energy-efficient
eco-friendly
films
crucial
promoting
sustainability
environment.
Small Methods,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Feb. 24, 2025
Abstract
With
their
low
density
and
high
porosity,
aerogels
are
widely
used
as
supporting
frameworks
for
phase
change
materials
(PCMs).
However,
the
host–guest
solid–liquid
phase‐change
systems
often
encounter
difficulties
in
optimizing
balance
between
mechanical
properties
thermal
energy
storage
performance,
intrinsic
advantages
of
not
being
fully
realized.
Herein,
an
aerogel‐functionalization‐PCM
strategy,
a
completely
converse
route
compared
to
traditional
aerogel‐filling‐PCM
method,
toward
lightweight,
flexible
PCM
robust
management
is
developed.
As
proof
concept,
silica
aerogel
particles
(SAPs)
functional
components
added
polyvinyl
alcohol‐polyethylene
glycol
network
produce
composite
PCMs.
The
addition
SAP
reduces
PCM's
latent
heat
by
25%
but
significantly
decreases
heating
rate
190%
enhances
insulation
147%,
achieving
28
°C
temperature
drop
at
80
°C.
This
work
provides
fresh
perspective
on
design
thermally
PCMs
demonstrates
feasibility
enhancing
protection
under
reduced
conditions.
Cyborg and Bionic Systems,
Journal Year:
2024,
Volume and Issue:
5
Published: Jan. 1, 2024
With
the
prevalence
of
cardiovascular
disease,
it
is
imperative
that
medical
monitoring
and
treatment
become
more
instantaneous
comfortable
for
patients.
Recently,
wearable
implantable
optoelectronic
devices
can
be
seamlessly
integrated
into
human
body
to
enable
physiological
in
an
imperceptible
spatiotemporally
unconstrained
manner,
opening
countless
possibilities
intelligent
healthcare
paradigm.
To
achieve
biointegrated
cardiac
healthcare,
researchers
have
focused
on
novel
strategies
construction
flexible/stretchable
systems.
Here,
we
overview
progress
flexible
stretchable
optoelectronics
devices.
Firstly,
device
design
addressed,
including
mechanical
design,
interface
adhesion,
encapsulation
strategies.
Next,
practical
applications
monitoring,
optogenetics,
nongenetic
stimulation
are
presented.
Finally,
outlook
systems
discussed.
