ACS Omega,
Год журнала:
2024,
Номер
9(42), С. 43175 - 43183
Опубликована: Окт. 8, 2024
The
purpose
of
this
paper
is
to
develop
a
self-detecting
diaphragm
integrated
with
flexible
sensor,
which
utilized
in
an
underwater
thruster.
Resistive
strain
sensors
are
easy
manufacture
and
integrate
due
their
advantages
reliable
stretchability
ductility.
Inspired
by
the
structure
neurons,
we
fabricated
resistive
using
silica
gel
as
matrix
carbon
black
nanotubes
additives.
All
demonstrated
positive
resistance
characteristics
under
60%
conditions,
sensor
containing
mass
ratio
9
wt
%
exhibiting
best
resistance-strain
linearity.
To
verify
anti-interference
capability
substrates
varying
hardness
values
changing
environmental
pressure,
tested
pressure
sensitivity
altering
gel.
results
indicate
that
highest
value
provides
interference.
detect
motion
deformation
internal
functional
components
thruster,
combined
detection
movement
operation
function
diaphragm,
resulting
new
capabilities.
was
evaluated
tensile
testing
machine
LCR
tester.
demonstrate
mechanical
properties
stable,
sensitive
response
during
operation.
This
research
can
also
be
applied
amplitudes
other
types
soft
robots.
Advanced Materials,
Год журнала:
2024,
Номер
unknown
Опубликована: Окт. 21, 2024
Abstract
The
design
and
fabrication
of
materials
that
can
concurrently
respond
to
light
gas
within
the
dual‐modal
recognition
domain
present
a
significant
challenge
due
contradictory
structural
requirements.
This
innovative
strategy
introduces
type‐I
heterojunction,
combining
properties
Sb
2
Te
3
WSe
nanosheets,
overcome
these
obstacles.
heterojunction
is
prepared
through
precise
stacking
approach
create
single‐side
barrier
on
valence
band
near‐zero
offset
conduction
band.
resulting
/WSe
demonstrates
unparalleled
performance,
showcasing
best
integrated
photoelectric
sensing
performance
in
single
device
date.
Based
above
features,
successfully
integrates
visual
olfactory
achieving
first
biomimetic
visual‐olfactory
dual‐mode
device.
simulation
increased
accuracy
distinguishing
electric
fuel‐powered
cars
from
≈50%
≈96%.
work
novel
creating
efficient,
self‐powered
materials,
paving
way
for
next‐generation
dual‐model
devices
with
broad
applications
environmental
protection,
medical
care,
other
fields.
Advanced Functional Materials,
Год журнала:
2024,
Номер
unknown
Опубликована: Дек. 19, 2024
Abstract
Mechanical
metamaterials
have
considerable
application
potential,
but
are
often
limited
to
single
applications
owing
material
and
manufacturing
constraints.
To
achieve
a
“single
structure,
multiple
applications”
goal,
this
study
presents
multifunctional
metamaterial
structure.
The
cells
gain
significant
deformation
recovery
abilities
by
incorporating
the
concept
of
tensegrity
structure
balance
flexibility
rigidity
using
rigid‐flexible
fabrication
process.
Inspired
cat‐tongue
barbs
Hooke's
law,
an
innovative
pre‐stress
programming
is
designed
for
integrated
fabrication,
enabling
multilevel
control
each
cell.
This
programmable
stress
allows
twin‐cell
array
transition
in
situ
from
monostable
bistable
states
provides
critical‐force
functions
states.
After
assembling
nine‐cell
array,
offers
wide
range
adjustable
stiffness
levels,
soft‐rigid
transitions
varied
force‐displacement
responses
without
need
additional
tools.
It
also
controlled
collapse
ratios
through
control.
Additionally,
features
isotropy
with
Poisson
ratio
v
=
−1
clear
indentation
resistance.
approach
promising
such
as
energy
dissipators,
automotive
equipment,
passive
safety.
Metamaterial
produced
via
concept.
Using
barb‐shaped
locking
structures
adjust
elastomer
length
(
x
n
).
Modulating
adjacent
achieves
multistability
adjustability.
controllable
resistance,
variable
response,
stiffness,
deformation.
Advanced Functional Materials,
Год журнала:
2024,
Номер
unknown
Опубликована: Дек. 27, 2024
Abstract
Ionic
hydrogels
are
uniquely
suited
as
force‐sensing
layers
because
of
their
good
biocompatibility
and
controlled
electromechanical
properties.
The
emerging
piezoionic
effect
allows
them
to
sense
the
position
pressure,
but
low
response
rate
limits
applications.
Herein,
this
work
focuses
on
modulating
time
outputs
through
crosslinking.
underlying
mechanism
is
investigated
perspective
deformation
recovery
ion
migration
behavior
in
ionic
hydrogels.
As
a
result,
developed
sensors
capable
distinguishing
static
forces
range
0.1–5
s
while
monitoring
dynamic
force,
breaking
limitations
conventional
self‐powered
pressure
that
have
trouble
tracking
forces.
Furthermore,
by
utilizing
convert
touch
indentation
into
transverse
gradient
potential,
constructed
achieve
accurate
finger
pressing
sliding
trajectory.
proof‐of‐concept,
pattern
unlocking
security
authentication
successfully
validated
based
sensors.
This
design
strategy
tactile
sensor
crosslinking
expected
provide
fresh
path
for
large‐scale
flexible
human‐machine
interfaces.
ACS Omega,
Год журнала:
2024,
Номер
9(42), С. 43175 - 43183
Опубликована: Окт. 8, 2024
The
purpose
of
this
paper
is
to
develop
a
self-detecting
diaphragm
integrated
with
flexible
sensor,
which
utilized
in
an
underwater
thruster.
Resistive
strain
sensors
are
easy
manufacture
and
integrate
due
their
advantages
reliable
stretchability
ductility.
Inspired
by
the
structure
neurons,
we
fabricated
resistive
using
silica
gel
as
matrix
carbon
black
nanotubes
additives.
All
demonstrated
positive
resistance
characteristics
under
60%
conditions,
sensor
containing
mass
ratio
9
wt
%
exhibiting
best
resistance-strain
linearity.
To
verify
anti-interference
capability
substrates
varying
hardness
values
changing
environmental
pressure,
tested
pressure
sensitivity
altering
gel.
results
indicate
that
highest
value
provides
interference.
detect
motion
deformation
internal
functional
components
thruster,
combined
detection
movement
operation
function
diaphragm,
resulting
new
capabilities.
was
evaluated
tensile
testing
machine
LCR
tester.
demonstrate
mechanical
properties
stable,
sensitive
response
during
operation.
This
research
can
also
be
applied
amplitudes
other
types
soft
robots.
