ACS Applied Optical Materials,
Journal Year:
2023,
Volume and Issue:
2(1), P. 97 - 107
Published: Dec. 28, 2023
Fiber
optic
all-optical
thermometry
is
a
promising
technology
to
track
temperature
at
microscale
while
designing
efficient
and
reliable
microelectronic
devices
components.
In
this
work,
we
demonstrate
real-time
ratiometric
fiber
technique
based
on
silicon-vacancy
diamond
that
shows
excellent
resolution
spatial
resolution.
Instead
of
analyzing
the
spectral
features
temperature-dependent
SiV
signal
coming
from
microdiamond
fixed
tip,
an
alternative
parallel
detection
method
filtering
optics
photon
counters
proposed
read
out
sample
in
real-time.
The
collection
efficiency
also
investigated
numerically
with
semianalytic
ray-optical
analysis
then
compared
our
experimental
study.
We
finally
performance
thermosensor
by
monitoring
distinct
locations
lab-built
graphite-based
microheater
device.
Our
work
introduces
reconfigurable
for
microelectronic,
microfluidic
devices,
or
biological
environments
unlocks
direction
fiber-based
research.
Nano Letters,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Oct. 2, 2024
Straintronics
leverages
mechanical
strain
to
alter
the
electronic
properties
of
materials,
providing
an
energy-efficient
alternative
traditional
controls
while
enhancing
device
performance.
Key
application
straintronics
is
bandgap
engineering,
which
enables
tuning
energy
difference
between
valence
and
conduction
bands
a
material
optimize
its
optoelectronic
properties.
This
mini-review
highlights
fundamental
principles
critical
role
engineering
within
this
context.
It
discusses
unique
characteristics
various
two-dimensional
(2D)
such
as
graphene,
transition
metal
dichalcogenides
(TMDs),
hexagonal
boron
nitride
(h-BN),
black
phosphorus,
make
them
suitable
for
strain-engineered
applications.
Detailed
examples
how
deformation
can
modulate
achieve
desired
are
provided,
recent
experimental
theoretical
studies
demonstrating
mechanisms
by
influences
in
these
materials
reviewed,
emphasizing
their
implications
fabrication.
The
review
concludes
with
assessment
challenges
future
directions
development
high-performing
straintronic
devices,
highlighting
potential
applications
flexible
electronics,
sensors,
optoelectronics.
Advanced Sensor Research,
Journal Year:
2023,
Volume and Issue:
3(3)
Published: Dec. 3, 2023
Abstract
Crop
production
is
impacted
by
increased
plant
diseases
and
shifting
environmental
circumstances.
Monitoring
health
necessary
to
raise
crop
quality
productivity
meet
population
growth
demands.
Nanotechnology‐based
sensor
platforms
provide
real‐time
monitoring
capabilities,
going
beyond
the
constraints
of
conventional
technologies.
Wearables
are
an
evolving
area
have
been
modified
for
agricultural
purposes.
Wearable
sensors
placed
on
various
organs
in
industry
check
crops’
continuously.
The
varieties
wearable
materials
their
fabrications,
followed
sensing
mechanisms,
highlighted
this
review.
Furthermore,
micro‐environmental
factors,
including
salinity,
hazardous
gases,
pesticides,
discussed.
This
text
covers
internal
factors
monitoring,
such
as
sap
flow,
transpiration,
signal
monitoring.
challenges
agriculture
mentioned
toward
end.
Advanced Materials Technologies,
Journal Year:
2024,
Volume and Issue:
9(4)
Published: Jan. 2, 2024
Abstract
As
the
body's
largest
organ,
skin
is
an
integrated
multisensory
system
with
self‐healing
ability
and
helps
stabilize
body
temperature.
It
herein,
inspired
by
natural
skin,
a
wearable
patch
made
from
porous
polydimethylsiloxane
(PDMS)
skeleton,
poly(vinyl
alcohol)
(PVA)
hydrogel,
silicon
oxide
(SiO
2
)
particles,
offers
combination
of
properties,
along
hybrid
radiative
evaporative
cooling
mechanisms,
designed
for
electromyographic
(EMG)
signal
detection
human‐machine
interaction.
The
has
both
high
mid‐infrared
(MIR)
emittance
(96%)
visible
to
near‐infrared
(visNIR)
reflectance
(80%),
coupled
efficient
water
evaporation
PVA
resulting
in
power
180
W
m
−2
.
obtains
temperature
drop
≈7.7
°C
using
this
under
solar
intensity
≈700
Furthermore,
demonstrates
ultrafast
recovery
electrical
conductivity
(1
s)
efficiency
(≈71%)
fracture
strain.
Thus,
can
detect
high‐quality
EMG
signals
provide
effects
capabilities
that
enhance
comfortability
durability.
These
features
make
advanced
solution
developing
next‐generation
patches
meet
rigorous
demands
durable
control
various
applications.
Engineering Reports,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Sept. 11, 2024
Abstract
The
field
of
flexible
electronics
has
experienced
remarkable
expansion
in
response
to
the
escalating
demand
for
lightweight,
bendable,
and
multifunctional
electronic
devices.
As
world
increasingly
integrates
seamlessly
into
everyday
life,
importance
becomes
more
apparent.
While
existing
reviews
have
examined
materials
used
devices,
they
often
overly
focus
on
specific
or
provide
broad
generalizations
about
different
material
types.
Thus,
this
review
offers
a
concise
yet
comprehensive
overview
critical
inorganic
film
crucial
advancement
wearable
Each
is
introduced
with
succinct
its
structure
production
processes.
This
elucidates
their
unique
characteristics
potential
applications
by
comparing
mechanical,
electrical,
thermal
properties.
valuable
resource
researchers
entering
emerging
electronics,
providing
insight
property
comparisons.
Accompanied
figures
illustrating
structures
applications,
readers
will
gain
access
summarized
discussions.
Comparative
properties
enhance
comprehension.
Additionally,
discussions
diverse
offer
versatility
across
various
fields
electronics.
Polysaccharides,
Journal Year:
2024,
Volume and Issue:
5(4), P. 761 - 782
Published: Dec. 2, 2024
In
the
quest
for
sustainable
and
efficient
solutions
modern
electronics,
flexible
electronic
devices
have
garnered
global
attention
due
to
their
potential
revolutionize
various
technological
applications.
The
manufacturing
of
these
poses
significant
challenges,
particularly
regarding
environmental
sustainability
ease
production.
A
novel
method
employing
direct
inkjet
printing
silver
nanoparticle
(npAg)
ink
onto
cellulose
nanocrystal
(CNC)
substrates
is
presented,
offering
a
promising
alternative
conventional
methods.
This
study
demonstrates
ability
CNCs
serve
as
biodegradable
substrate
that
does
not
require
complex
post-printing
treatments
achieve
adequate
electrical
performance.
was
implemented
in
fabrication
an
electrowetting-on-dielectric
(EWOD)
device,
achieving
circuit
patterns
with
high
resolutions
reduced
resistances.
findings
only
validate
use
applications
but
also
underscore
advanced
techniques
develop
electronics
are
environmentally
technically
feasible.
ACS Applied Optical Materials,
Journal Year:
2023,
Volume and Issue:
2(1), P. 97 - 107
Published: Dec. 28, 2023
Fiber
optic
all-optical
thermometry
is
a
promising
technology
to
track
temperature
at
microscale
while
designing
efficient
and
reliable
microelectronic
devices
components.
In
this
work,
we
demonstrate
real-time
ratiometric
fiber
technique
based
on
silicon-vacancy
diamond
that
shows
excellent
resolution
spatial
resolution.
Instead
of
analyzing
the
spectral
features
temperature-dependent
SiV
signal
coming
from
microdiamond
fixed
tip,
an
alternative
parallel
detection
method
filtering
optics
photon
counters
proposed
read
out
sample
in
real-time.
The
collection
efficiency
also
investigated
numerically
with
semianalytic
ray-optical
analysis
then
compared
our
experimental
study.
We
finally
performance
thermosensor
by
monitoring
distinct
locations
lab-built
graphite-based
microheater
device.
Our
work
introduces
reconfigurable
for
microelectronic,
microfluidic
devices,
or
biological
environments
unlocks
direction
fiber-based
research.
