Chemical Communications,
Год журнала:
2024,
Номер
60(72), С. 9741 - 9744
Опубликована: Янв. 1, 2024
This
work
shows
that
various
polyurethanes
(FPUs)
prepared
using
biomass-derived
furan
diols
can
be
applied
as
promising
tribopositive
materials.
The
elastic
FPUs
having
appropriate
glass
transition
temperature
(
Abstract
Reliable
human
motion
monitoring
is
crucial
across
various
fields
such
as
sports,
healthcare,
and
metaverse.
This
study
introduces
an
AI‐assisted
wearable
hip
joint
energy
harvester
(HJEH)
designed
to
convert
mechanical
from
movements
into
electric
power
for
devices
while
simultaneously
motion.
The
HJEH
utilizes
electromagnetic
generator
(EMG)
in
conjunction
with
a
freestanding
triboelectric
nanogenerator
(FS‐TENG)
achieve
harvesting
sensing.
EMG
specifically
recovers
the
negative
generate
electricity,
flywheel
acceleration
gears
employ
enhance
output
power.
Concurrently,
FS‐TENG
generates
signals
driven
by
motions,
which
are
processed
using
deep
learning
algorithms
accurate
detection.
performance
of
thoroughly
evaluated
through
bench
tests,
treadmill
outdoor
experiments.
achieves
peak
357
mW
maximum
gravitational
density
1.67
W
kg
−1
during
running
at
speed
8
km
h
.
demonstrates
remarkable
accuracy
99.95%
identifying
12
different
types
motion,
validating
efficacy
integrated
system.
In
particular,
incorporating
digital
twin
technology
realizes
safety
elderly.
Highlights in Science Engineering and Technology,
Год журнала:
2024,
Номер
96, С. 251 - 260
Опубликована: Май 5, 2024
In
recent
years,
flexible
electronics
have
made
significant
strides,
especially
in
organic
light-emitting
diodes,
photovoltaics,
thin-film
transistors,
integrated
circuits,
sensors,
and
memories.
This
study
investigates
the
pivotal
role
of
shaping
wearable
technology.
It
explores
key
aspects
such
as
conductive
polymers,
small
molecule
semiconductors,
use
dyes
pigments
displays,
alongside
synthesis
techniques
like
polymerization
vapor
deposition.
These
methods
highlight
advances
flexibility
engineering
integration
into
devices,
enabling
innovations
textile-integrated
ultra-thin,
skin-like
interfaces.
The
discussion
also
covers
fabrication
strategies,
emphasizing
cost-effective,
solution-processing
for
manufacturing
electrodes,
interconnects,
metal
contacts
on
various
substrates.
Advanced
materials
graphene
polymer
composites,
carbon-nanotube
polymer-ceramic
composites
are
investigated
enhancing
stretchability
device
architectures.
Furthermore,
paper
examines
evolution
focusing
design
strategies
stretchability,
innovative
architectures,
including
3D
integration.
Integration
textile
electronics,
discussed,
showcasing
their
transformative
potential
applications
health
monitoring
smart
clothing,
displays.
Finally,
proposed
solutions
to
address
challenges
durability,
stability,
scalability,
efficiency,
ongoing
quest
improved
processes.
conclusion
underscores
envisioning
a
new
era
technology
seamlessly
daily
life,
revolutionizing
our
interactions
with
electronic
devices.
Nanomaterials,
Год журнала:
2024,
Номер
14(18), С. 1500 - 1500
Опубликована: Сен. 15, 2024
We
review
recent
results
on
textile
triboelectric
nanogenerators
(T-TENGs),
which
function
both
as
harvesters
of
mechanical
energy
and
self-powered
motion
sensors.
T-TENGs
can
be
flexible,
breathable,
lightweight.
With
a
combination
traditional
novel
manufacturing
methods,
including
nanofibers,
deliver
promising
power
output.
the
evolution
T-TENG
device
structures
based
various
material
configurations
fabrication
along
with
demonstrations
systems.
also
provide
detailed
analysis
different
materials
approaches
used
to
enhance
Additionally,
we
discuss
integration
capabilities
supercapacitors
potential
applications
across
fields
such
health
monitoring,
human
activity
human–machine
interaction
applications,
etc.
This
concludes
by
addressing
challenges
key
research
questions
that
remain
for
developing
viable
technology.
Journal of Engineering Research,
Год журнала:
2024,
Номер
unknown
Опубликована: Фев. 1, 2024
Wireless
power
transfer
(WPT)
has
already
been
established
as
a
popular
technology
in
multiple
areas
such
electric
vehicle
charging,
smartphone
or
powering
bio-medical
implants.
In
recent
years,
wireless
electronic
textiles
(e-textiles)
smart
seen
rapid
growth
with
the
advancement
of
textile
materials
and
flexible
components.
Although
many
reviews
surveys
on
WPT
can
be
found
literature
for
other
fields,
this
is
not
case
application
e-textiles.
To
address
issue,
comparative
review
previous
e-textiles
presented
paper.
The
textile-based
systems
have
categorized
according
to
their
transmitter
(Tx)
receiver
(Rx)
properties,
Tx
Rx
fabrication
technique,
applied
substrate,
operating
frequency,
level,
achieved
efficiency.
tabular
analysis
different
parameters
acts
platform
researchers,
manufacturers,
industry
personnel
acquire
information
data
evaluating
systems.
opportunities
challenges
applications
also
discussed
detail
give
an
overview
prospects
field.
Advanced Functional Materials,
Год журнала:
2024,
Номер
unknown
Опубликована: Сен. 9, 2024
Abstract
Wearable
electronic
textiles
(e‐textiles)
have
emerged
as
promising
healthcare
solutions,
offering
point‐of‐care
diagnostics
while
maintaining
breathability,
comfort,
durability,
and
environmental
stability
with
strong
mechanical
performance.
However,
the
lack
of
thin
flexible
power
supplies
hinders
their
practical
adoption.
In
this
regard,
textile‐based
micro‐energy
storage
devices
present
an
appealing
solution.
Inkjet
printing
offers
capability
to
produce
high‐quality
prints
sharp
details
versatile
substrate
compatibility,
making
it
ideal
choice
for
a
wide
array
applications.
Here,
preparation
range
inkjet‐printable
2D
material
inks
is
reported
fabrication
ultra‐flexible
machine‐washable
textile
micro‐supercapacitors.
Then
heterostructures
are
proposed
enhance
performance
supercapacitors.
This
study
reveals
that
unique
combination
highly
conductive
graphene
insulator
hexagonal
boron
nitride
(h‐BN)
can
areal
capacitance
graphene‐based
supercapacitors
by
≈82.48%.
The
heterostructure‐based
also
demonstrate
higher
energy
(≈18.06
µWh
cm
−2
)
densities
(≈4333.33
µW
excellent
retention
(≈95%
after
1000
cycles).
These
findings
on
inkjet‐printed
may
herald
new
era
future
application
high‐performance
micro‐supercapacitors
within
wearable
technology.
Applied Physics Letters,
Год журнала:
2025,
Номер
126(7)
Опубликована: Фев. 17, 2025
Wearable
thermoelectric
generators
(WTEGs)
are
of
significance
in
the
conversion
body
heat
into
electricity
for
purpose
powering
wearable
electronic
devices.
Two-dimensional
(2D)
transition
metal
dichalcogenides
(TMDCs)
exhibit
exceptional
power
factors
and
mechanical
stability,
making
them
promising
flexible
materials.
However,
output
voltage
present
TMDC-based
WTEGs
remains
at
a
relatively
low
level.
In
this
study,
we
precisely
modulate
structure
titanium
disulfide
(TiS2)
nanosheets
restacked
film
by
surface
modification,
leading
to
decoupling
phenomenon
simultaneous
rise
electrical
conductivity
Seebeck
coefficient.
This
method
enhances
factor
approximately
14
times
compared
pre-modified
samples.
We
fabricated
self-reassembly
WTEG
using
1T-phase
molybdenum
(MoS2)
as
p-type
material
modified
TiS2
an
n-type
material.
The
generator
achieved
15
mV
while
harvesting
from
human
arm,
showcasing
its
potential
practical
applications.
Electronics,
Год журнала:
2025,
Номер
14(6), С. 1083 - 1083
Опубликована: Март 9, 2025
The
improvement
of
microelectronic
technologies
and
the
practical
application
some
new
materials
has
resulted
in
realization
various
highly
efficient
thin-film
energy
harvesters
last
few
years.
Self-powered
supplies
intended
to
work
with
have
been
developed.
This
type
power
supply
integrated
proven
be
very
suitable
for
providing
electrical
wearable
electronic
sensor
systems,
applications
implementing
personalized
medicine
through
continuously
monitoring
an
individual’s
state
health.
electronics
will
become
increasingly
important
next
years,
as
it
can
support
timely
decision-making,
especially
high-risk
patients.
paper
presents
a
review
comparative
analysis
optimal
circuit
configurations
used
design
devices
discrete
components,
obtaining
from
piezoelectric
generators,
storing
low-power
multilayer
supercapacitors.
Based
on
principle
operation
selected
configurations,
analytical
expressions
basic
static
dynamic
parameters
obtained,
taking
into
account
peculiarities
their
integration
biomedical
signal
processing
system.
Advantages
weaknesses
are
analyzed
simulation
testing
each
configuration,
prospects
outlined.
Also,
group
key
characteristics
recent
high-impact
papers,
those
focusing
applications,
presented
tabular
form.
As
result
recommendations
defined
regarding
selection
passive
active
elements,
which
contribute
better
understanding
principles
battery-free
converting
specific
recently
developed
harvesters.