Journal of Polymer Engineering,
Journal Year:
2024,
Volume and Issue:
44(9), P. 659 - 678
Published: Aug. 22, 2024
Abstract
The
flexibility
and
sensitivity
of
traditional
sensors
is
hard
to
achieve
unless
wearable
technology
develops.
Flexible
piezoresistive
sensor
(FPS)
one
the
solutions
in
nondestructive
health
monitoring
living
body.
In
application
sensing
devices
for
physiological
or
biochemical
signals,
fast
feedback
speed
accurate
signal
are
essential
requirements
obtaining
sensitive
response
signals.
Additionally,
development
FPS
has
promoted
research
conductive
materials
that
could
be
used
devices.
However,
improving
performance
functional
an
important
way
effort
researchers.
Recently,
MXene
as
a
new
kind
2D
their
composites
have
made
tremendous
impact
field
sensors.
Numerous
based
expedite
practical
by
overcoming
present
limitations
such
poor
responsivity,
accuracy,
narrower
corresponding
range.
There
been
plenty
breakthrough
MXene-based
past
several
years.
main
purpose
this
paper
reviewing
recent
providing
outlook
on
future
it.
AIP Advances,
Journal Year:
2024,
Volume and Issue:
14(3)
Published: March 1, 2024
The
instability
of
UV
anti-corrosion
coatings
poses
a
significant
threat
to
both
air
quality
and
the
environment,
highlighting
urgent
need
for
efficient
eco-friendly
coatings.
In
this
study,
we
synthesized
novel
material,
MXene,
known
its
well-defined
layered
structure
exceptional
conductivity,
by
employing
MAX
phase
etching
process.
Our
investigation
encompassed
assessment
MXene’s
compatibility
within
coating
systems,
as
well
dispersion
stability
composite
systems.
We
observed
that
substantial
specific
surface
area
robust
chemical
adsorption
capabilities
played
pivotal
roles
in
stabilization
nanoparticles
coating.
Further
exploration
MXene-based
UV-curable
revealed
remarkable
resistance
hydrogen-induced
corrosion
due
outstanding
electrical
conductivity
ability
regulate
reactions.
This
optimization
not
only
enhances
UV-curing
photostability
performance
but
also
makes
them
highly
suitable
producing
approach
demonstrates
broad
applicability
across
various
substrates
where
superior
is
essential.
Journal of Polymer Engineering,
Journal Year:
2024,
Volume and Issue:
44(9), P. 659 - 678
Published: Aug. 22, 2024
Abstract
The
flexibility
and
sensitivity
of
traditional
sensors
is
hard
to
achieve
unless
wearable
technology
develops.
Flexible
piezoresistive
sensor
(FPS)
one
the
solutions
in
nondestructive
health
monitoring
living
body.
In
application
sensing
devices
for
physiological
or
biochemical
signals,
fast
feedback
speed
accurate
signal
are
essential
requirements
obtaining
sensitive
response
signals.
Additionally,
development
FPS
has
promoted
research
conductive
materials
that
could
be
used
devices.
However,
improving
performance
functional
an
important
way
effort
researchers.
Recently,
MXene
as
a
new
kind
2D
their
composites
have
made
tremendous
impact
field
sensors.
Numerous
based
expedite
practical
by
overcoming
present
limitations
such
poor
responsivity,
accuracy,
narrower
corresponding
range.
There
been
plenty
breakthrough
MXene-based
past
several
years.
main
purpose
this
paper
reviewing
recent
providing
outlook
on
future
it.
