LWT,
Journal Year:
2024,
Volume and Issue:
200, P. 116186 - 116186
Published: May 1, 2024
A
self-assembled
sensing
interface
based
on
Ti3C2
MXene
functionalized
by
aptamer
had
been
successfully
constructed
in
this
work,
which
fully
utilizes
the
electrical
properties
of
and
specific
recognition
ability
aptamer.
Subsequently,
we
studied
performance
using
two
antibiotic
residues
as
examples.
Under
optimal
conditions,
showed
a
linear
range
100
fM–1
μM
limit
detection
1
fM
to
detect
kanamycin
tetracycline,
furthermore
recovery
rates
were
97.15%–103.00%
99.559%–106.36%,
respectively.
In
addition,
behaviors
aptamers
target
can
be
perceived
interface,
thereby
exhibiting
different
responses.
Therefore,
not
only
provided
new
avenue
for
development
ultrasensitive
technology
food
analysis
field
but
also
investigating
configurational
transformations.
Polymers,
Journal Year:
2024,
Volume and Issue:
16(23), P. 3277 - 3277
Published: Nov. 25, 2024
Polypyrrole
(PPy)-based
nanocomposite
materials
are
of
great
interest
to
the
scientific
community
owing
their
usefulness
in
designing
state-of-the-art
industrial
applications,
such
as
fuel
cells,
catalysts
and
sensors,
energy
devices,
especially
batteries.
However,
commercialization
these
has
not
yet
reached
a
satisfactory
level
implementation.
More
research
is
required
for
design
synthesis
PPy-based
composite
numerous
types
battery
applications.
Due
rising
demand
environmentally
friendly,
cost-effective,
sustainable
energy,
applications
significant
solution
crisis,
utilizing
suitable
like
composites.
Among
conducting
polymers,
PPy
considered
an
important
class
ease
synthesis,
low
cost,
friendly
nature,
so
on.
In
this
context,
nanocomposites
may
be
very
promising
due
nanostructural
properties
distinct
morphological
topography,
which
vital
concerns
Such
features
make
them
particularly
next-generation
electrode
materials.
fabrication
appropriate
still
challenging
area
research.
This
review
paper
describes
current
progress
on
synthesizing
composites
along
with
topography.
We
discussed
here
recent
different
composites,
including
PPy/S,
PPy/MnOx,
MWCNT/PPy,
V
Micromachines,
Journal Year:
2023,
Volume and Issue:
14(6), P. 1273 - 1273
Published: June 20, 2023
Due
to
its
superior
advantages
in
terms
of
electronegativity,
metallic
conductivity,
mechanical
flexibility,
customizable
surface
chemistry,
etc.,
2D
MXenes
for
nanogenerators
have
demonstrated
significant
progress.
In
order
push
scientific
design
strategies
the
practical
application
from
viewpoints
basic
aspect
and
recent
advancements,
this
systematic
review
covers
most
developments
first
section.
second
section,
importance
renewable
energy
an
introduction
nanogenerators,
major
classifications,
their
working
principles
are
discussed.
At
end
various
materials
used
harvesting
frequent
combos
MXene
with
other
active
described
detail
together
essential
framework
nanogenerators.
third,
fourth,
fifth
sections,
synthesis
along
properties,
nanocomposites
polymeric
discussed
progress
challenges
use
nanogenerator
applications.
sixth
a
thorough
discussion
internal
improvement
mechanisms
composite
3D
printing
technologies
presented.
Finally,
we
summarize
key
points
throughout
discuss
some
thoughts
on
potential
approaches
nanocomposite
based
that
could
be
better
performance.
Advanced Materials Interfaces,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 2, 2025
Abstract
The
rapid
development
and
widespread
use
of
smart,
portable,
high‐bandwidth
wearable,
flexible
electronic
devices
have
led
to
an
equivocally
increased
demand
for
multifunctional
nanomaterials.
intriguing
nature
the
unique
layered
structure,
chemical
diversity,
outstanding
physiochemical
behaviors
2D
MXenes
(transition
metal
carbides/nitrides)‐based
hybrid
architectures
with
other
low‐dimensional
materials
can
open
a
new
doorfor
applications.
Achieving
high
performance
MXenes,
such
as
Ti
3
C
2
T
x
,
often
requires
large
quantity
material,
which
be
impractical,
compositions
alleviate
this
issue
quickly.
So,
combining
form
offer
novel
solutions
physical,
mechanical,
chemical,
electrochemical
properties.
However,
practical
large‐scale
applications
these
architectures,
especially
targeted
applications,
still
need
explored.
This
comprehensive
study
reviews
design
progress
prospects
MXene‐enabled
structures,
focusing
on
combinations
graphene,
carbon
nanotubes,
polyaniline,
boron,
silicon,
oxides.
It
also
explores
including
wearable
devices,
intelligent
tunable
sensors,
energy
electrodes,
biomedical
Additionally,
it
offers
critical
discussion
(architectures–properties–applications),
identifies
research
gaps,
provides
pressing
challenges
frontier
architectures.
