Journal of Materiomics,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Aug. 1, 2024
The
direct
integration
of
crystalline
oxide
layers
with
industrial
Si
substrate,
specifically
compatible
CMOS
technology,
requires
the
development
relatively
simple,
low-temperature
processing
routes
below
450
°C.
Here,
a
novel
nonstoichiometric
approach
is
proposed
to
achieve
fabrication
BiFeO3
films
at
Of
particular
importance
that,
saturation
and
remnant
polarization
∼80
μC/cm2
∼60
strain
as
large
1%
are
obtained.
This
stands
one
most
impressive
values
reported
for
thin
films,
comparable
superior
obtained
in
ferroelectric
fabricated
temperatures
exceeding
700
current
work
provides
new
paradigm
significant
simplicity
efficacy
reducing
temperatures,
well
offers
promising
material
memory
piezo-driven
actuating
applications,
especially
meeting
increasing
demand
precision
position
control
systems
nanometer
scale.
Materials,
Journal Year:
2024,
Volume and Issue:
17(4), P. 844 - 844
Published: Feb. 9, 2024
Low-dimensional
(LD)
materials,
with
atomically
thin
anisotropic
structures,
exhibit
remarkable
physical
and
chemical
properties,
prominently
featuring
piezoelectricity
resulting
from
the
absence
of
centrosymmetry.
This
characteristic
has
led
to
diverse
applications,
including
sensors,
actuators,
micro-
nanoelectromechanical
systems.
While
piezoelectric
effects
are
observed
across
zero-dimensional
(0D),
one-dimensional
(1D),
two-dimensional
(2D)
LD
challenges
such
as
effective
charge
separation
crystal
structure
imperfections
limit
their
full
potential.
Addressing
these
issues
requires
innovative
solutions,
integration
materials
polymers,
ceramics,
metals,
other
porous
proving
a
key
strategy
significantly
enhance
properties.
review
comprehensively
covers
recent
advances
in
synthesizing
characterizing
composites
based
on
materials.
The
synergistic
combination
substances,
especially
demonstrates
notable
performance
improvements,
addressing
inherent
challenges.
also
explores
future
directions
developing
composite
highlighting
potential
applications
various
technological
domains.
Smart Materials and Structures,
Journal Year:
2024,
Volume and Issue:
33(9), P. 093002 - 093002
Published: June 13, 2024
Abstract
Recent
advancements
in
fabrication
techniques,
such
as
the
development
of
powder
metallurgy,
have
made
it
possible
to
tailor
mechanical
properties
functionally
gradient
piezoelectric
(FGP)
micro/nanostructures.
This
class
structures
can
be
used
improve
performance
many
micro/nanoelectromechanical
systems
because
their
spatially
varying
and
electrical
properties.
The
importance
FGP
micro/nanoscale
has
been
demonstrated
by
growing
number
published
works
on
size-dependent
characteristics,
including
static
bending,
buckling,
vibration,
energy
harvesters
wave
propagation
using
scale-dependent
continuum-based
models.
Reviewing
recent
developments
field
non-classical
continuum
mechanics,
this
paper
examines
analysis
porous
micro/
nanostructures.
Five
sophisticated
theories
piezoelectricity—modified
couple
stress,
strain
gradient,
surface
effect,
well
nonlocal
theory,
for
example—are
given
special
consideration
light
potential
forecast
unusual
characteristics
micro/nanostructures
devices.
In
future,
with
multi-field
couplings
may
studied
or
designed,
article
a
helpful
resource.
Journal of Materiomics,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Aug. 1, 2024
The
direct
integration
of
crystalline
oxide
layers
with
industrial
Si
substrate,
specifically
compatible
CMOS
technology,
requires
the
development
relatively
simple,
low-temperature
processing
routes
below
450
°C.
Here,
a
novel
nonstoichiometric
approach
is
proposed
to
achieve
fabrication
BiFeO3
films
at
Of
particular
importance
that,
saturation
and
remnant
polarization
∼80
μC/cm2
∼60
strain
as
large
1%
are
obtained.
This
stands
one
most
impressive
values
reported
for
thin
films,
comparable
superior
obtained
in
ferroelectric
fabricated
temperatures
exceeding
700
current
work
provides
new
paradigm
significant
simplicity
efficacy
reducing
temperatures,
well
offers
promising
material
memory
piezo-driven
actuating
applications,
especially
meeting
increasing
demand
precision
position
control
systems
nanometer
scale.
