ACS Nano,
Год журнала:
2022,
Номер
16(5), С. 7816 - 7833
Опубликована: Май 10, 2022
With
the
progressive
requirements
of
modern
electronics,
outstanding
electromagnetic
interference
(EMI)
shielding
materials
are
extensively
desirable
to
protect
intelligent
electronic
equipment
against
EMI
radiation
under
various
conditions,
while
integrating
functional
applications.
So
far,
it
remains
a
great
challenge
effectively
construct
thin
films
with
diversiform
frameworks
as
integrated
devices.
To
simultaneously
promote
waves
(EMWs)
attenuation
and
multifunction,
an
alternating-layered
deposition
strategy
is
designed
fabricate
polydimethylsiloxane
packaged
N-doped
MXene
(Ti3CNTx)/graphene
oxide
wrapped
hollow
carbon
fiber/silver
nanowire
(p-LMHA)
followed
by
annealing
encapsulation
approaches.
Contributed
synergistic
effect
consecutively
conductive
networks
porous
architectures,
LMHA
exhibit
satisfying
effectiveness
73.2
dB
at
thickness
11
μm,
specific
31
150.1
dB·cm2·g-1.
Benefiting
from
encapsulation,
p-LMHA
further
impart
hydrophobicity
reliability
harsh
environments.
Besides,
devices
integrate
rapid-response
behavior
electro/photothermal
and,
meanwhile,
function
healthcare
monitoring
sensor.
Therefore,
believed
that
assembled
independent
offer
facile
solution
for
practical
multimodular
protection
integration
characteristics.
