Macromolecular Materials and Engineering,
Journal Year:
2024,
Volume and Issue:
309(5)
Published: Feb. 22, 2024
Abstract
Flexible
wearable
sensors
have
the
characteristics
of
flexibility,
comfort,
and
wearability,
shown
great
potential
in
future
electronic
products.
Despite
significant
efforts
developing
stretchable
materials
structures,
development
flexible
strain
with
a
wide
temperature
range,
high
sensitivity,
broad
detection
good
interface
stability
remains
challenging.
Here,
buckled
structures
are
fabricated
using
low‐temperature
resistant
material
Ti
3
C
2
T
x
MXene/graphene,
PDMS
184.
The
conductive
MXene/graphene
exhibits
excellent
interaction
184,
addressing
not
only
poor
compatibility
issue
between
substrate,
but
also
demonstrating
cycling
performance.
Buckled
structure
improves
stretchability
linearity
sensors.
sensor
is
suitable
for
range
(−40
to
120
°C)
(120%
strain).
demonstrates
rapid
response
times
at
different
temperatures:
−40
(72.6
ms),
0
(62.7
°C
(52.7
ms).
sensitivity
(GF
=
0.38),
0.24),
40
0.66),
1.47).
has
(0.1%
120%)
stability.
In
addition,
can
accurately
capture
various
human
activities,
such
as
blinking,
speaking,
finger
bending,
wrist
bending.
New Journal of Chemistry,
Journal Year:
2024,
Volume and Issue:
48(24), P. 11003 - 11013
Published: Jan. 1, 2024
Eutectogels
with
excellent
low-temperature
sensing
performance
were
prepared
using
methacrylic
acid
and
pyrrole
as
monomers
deep
eutectic
solvents
solvents,
capable
of
stable
motion
at
−20
°C
for
a
long
time.
Macromolecular Materials and Engineering,
Journal Year:
2024,
Volume and Issue:
309(5)
Published: Feb. 22, 2024
Abstract
Flexible
wearable
sensors
have
the
characteristics
of
flexibility,
comfort,
and
wearability,
shown
great
potential
in
future
electronic
products.
Despite
significant
efforts
developing
stretchable
materials
structures,
development
flexible
strain
with
a
wide
temperature
range,
high
sensitivity,
broad
detection
good
interface
stability
remains
challenging.
Here,
buckled
structures
are
fabricated
using
low‐temperature
resistant
material
Ti
3
C
2
T
x
MXene/graphene,
PDMS
184.
The
conductive
MXene/graphene
exhibits
excellent
interaction
184,
addressing
not
only
poor
compatibility
issue
between
substrate,
but
also
demonstrating
cycling
performance.
Buckled
structure
improves
stretchability
linearity
sensors.
sensor
is
suitable
for
range
(−40
to
120
°C)
(120%
strain).
demonstrates
rapid
response
times
at
different
temperatures:
−40
(72.6
ms),
0
(62.7
°C
(52.7
ms).
sensitivity
(GF
=
0.38),
0.24),
40
0.66),
1.47).
has
(0.1%
120%)
stability.
In
addition,
can
accurately
capture
various
human
activities,
such
as
blinking,
speaking,
finger
bending,
wrist
bending.
