ACS Applied Materials & Interfaces,
Journal Year:
2023,
Volume and Issue:
15(23), P. 28536 - 28545
Published: June 2, 2023
Thermally
conductive
and
electrically
insulating
thermal
interface
materials
(TIMs)
are
highly
desired
for
electronic
cooling.
To
improve
heat
transfer
efficiency,
thermally
fillers
with
a
high
loading
content
have
been
incorporated
into
the
polymer-based
TIMs.
However,
this
is
usually
at
expense
of
interfacial
resistance
reduction
reliability.
In
study,
vertically
aligned
boron
nitride
nanosheet
films
(VBNFs)
prepared
by
scalable
microfluidic
spinning
process
template-assisted
chemical
vapor
deposition
conversion
method.
A
further
high-temperature
annealing
was
applied
to
achieve
crystallinity.
VBNFs
as
fabricate
TIMs
superior
through-plane
conductivity
6.4
W
m–1
K–1
low
modulus
2.2
MPa
BN
9.85
vol
%,
benefitting
from
well-aligned
vertical
sheet
structure
addition,
fabricated
present
high-volume
resistivity
breakdown
strength,
satisfying
electrical
insulation
demands.
The
contribute
an
outstanding
cooling
performance
in
dissipation
application
high-power
LEDs.
This
technology
fabrication
orientated
nanosheets
high-performance
pave
way
efficient
management
electronics.
Nano-Micro Letters,
Journal Year:
2022,
Volume and Issue:
14(1)
Published: Oct. 10, 2022
Phase
change
materials
(PCMs)
are
expected
to
achieve
dual-mode
thermal
management
for
heating
and
cooling
Li-ion
batteries
(LIBs)
according
real-time
conditions,
guaranteeing
the
reliable
operation
of
LIBs
in
both
cold
hot
environments.
Herein,
we
report
a
liquid
metal
(LM)
modified
polyethylene
glycol/LM/boron
nitride
PCM,
capable
managing
through
photothermal
effect
passive
conduction.
Its
geometrical
conformation
pathways
fabricated
ice-template
strategy
conformable
LIB's
structure
heat-conduction
characteristic.
Typically,
soft
deformable
LMs
on
boron
surface,
serving
as
bridges
reduce
contact
resistance
among
adjacent
fillers
realize
high
conductivity
8.8
7.6
W
m-1
K-1
vertical
in-plane
directions,
respectively.
In
addition,
LM
with
excellent
performance
provides
PCM
efficient
battery
capability
if
employing
controllable
lighting
system.
As
proof-of-concept,
this
is
manifested
heat
an
appropriate
temperature
range
environment
lower
working
by
more
than
10
°C
at
charging/discharging
rate,
opening
opportunities
durable
evitable
risk
runaway.
Nano-Micro Letters,
Journal Year:
2023,
Volume and Issue:
15(1)
Published: June 29, 2023
Thermal
management
is
essential
in
our
body
as
it
affects
various
bodily
functions,
ranging
from
thermal
discomfort
to
serious
organ
failures,
an
example
of
the
worst-case
scenario.
There
have
been
extensive
studies
about
wearable
materials
and
devices
that
augment
thermoregulatory
functionalities
body,
employing
diverse
systematic
approaches
attaining
homeostasis.
This
paper
reviews
recent
progress
functional
contribute
wearables,
particularly
emphasizing
strategic
methodology
regulate
temperature.
exist
several
methods
promote
personal
a
form.
For
instance,
we
can
impede
heat
transfer
using
thermally
insulating
material
with
extremely
low
conductivity
or
directly
cool
skin
surface.
Thus,
classify
many
into
two
branches,
passive
active
modes,
which
are
further
subdivided
specific
strategies.
Apart
discussing
strategies
their
mechanisms,
also
identify
weaknesses
each
strategy
scrutinize
its
potential
direction
should
follow
make
substantial
contributions
future
regulatory
industries.
Nature Communications,
Journal Year:
2024,
Volume and Issue:
15(1)
Published: April 4, 2024
Abstract
Two-dimensional
materials
with
ultrahigh
in-plane
thermal
conductivity
are
ideal
for
heat
spreader
applications
but
cause
significant
contact
resistance
in
complex
interfaces,
limiting
their
use
as
interface
materials.
In
this
study,
we
present
an
interfacial
phonon
bridge
strategy
to
reduce
the
of
boron
nitride
nanosheets-based
composites.
By
using
a
low-molecular-weight
polymer,
able
manipulate
alignment
nanosheets
through
sequential
stacking
and
cutting,
ultimately
achieving
flexible
thin
films
layer
arc-like
structure
superimposed
on
perpendicularly
aligned
ones.
Our
results
suggest
that
can
act
lower
by
70%
reducing
back-reflection
enhancing
coupling
efficiency
at
boundary.
The
resulting
composites
exhibit
ultralow
0.059
2
KW
−1
,
demonstrating
effective
cooling
fast-charging
batteries
thickness
2-5
times
thinner
than
commercial
products.
ACS Nano,
Journal Year:
2024,
Volume and Issue:
18(32), P. 20957 - 20979
Published: Aug. 1, 2024
Multifunctional
micro-/nanomaterials
featuring
functional
superiority
and
high
value-added
physicochemical
nature
have
received
immense
attention
in
electrochemical
energy
storage.
Microfluidic
synthesis
has
become
an
emergent
technology
for
massively
producing
multifunctional
with
tunable
microstructure
morphology
due
to
its
rapid
mass/heat
transfer
precise
fluid
controllability.
In
this
review,
the
latest
progresses
achievements
microfluidic-synthesized
are
summarized
via
reaction
process
intensification,
micro-/nanostructural
engineering
storage
applications.
The
intensification
mechanisms
of
various
micro-/nanomaterials,
including
quantum
dots
(QDs),
metal
materials,
conducting
polymers,
metallic
oxides,
polyanionic
compounds,
metal–organic
frameworks
(MOFs)
two-dimensional
(2D)
discussed.
Especially,
structural
principles
as-fabricated
such
as
vertically
aligned
structure,
heterostructure,
core–shell
microsphere,
introduced.
Subsequently,
application
as-prepared
is
clarified
supercapacitors,
lithium-ion
batteries,
sodium-ion
all-vanadium
redox
flow
dielectric
capacitors.
Finally,
current
problems
future
forecasts
illustrated.
