Catalysts,
Journal Year:
2025,
Volume and Issue:
15(4), P. 398 - 398
Published: April 19, 2025
Photocatalytic
hydrogen
production
could
sustainably
and
efficiently
convert
solar
energy.
However,
a
low
light
utilization
ratio
limits
the
wide
application.
Herein,
Moiré-like
structure
was
constructed
in
TiO2
body
to
improve
absorption
by
multiple
reflections
suitable
dispersion
diffraction
based
on
similar
wavelength
nick.
Furthermore,
slightly
reduces
band
gap
accelerates
separation
of
photogenerated
electrons
holes,
mass
transfer
enhanced
regular
nano-channels
Bernoulli
phenomenon.
After
calcination
at
500
°C
(M-T500),
compared
with
pure
TiO2,
M-T500
achieved
20%
increase
RhB
degradation
efficiency
double
rate,
thus
providing
novel
design
for
catalysts
high
catalytic
strategy.
Moreover,
nearly
100%
recovery
rate
supported
environmental
protection
sustainable
development.
Advanced Materials,
Journal Year:
2025,
Volume and Issue:
unknown
Published: April 25, 2025
Abstract
The
piezoelectric
phenomenon
has
garnered
considerable
interest
due
to
its
distinctive
physical
properties
associated
with
the
materials
involved.
Piezoelectric
materials,
which
are
inherently
non‐centrosymmetric,
can
generate
an
internal
electric
field
under
mechanical
stress,
enhancing
carrier
separation
and
transfer
dipole
moments.
While
inorganic
often
investigated
for
their
high
coefficients,
they
come
potential
drawbacks
such
as
toxicity
production
cost,
hinder
practical
applications.
Consequently,
carbon‐based
have
emerged
alternative
boasting
advantages
a
large
specific
surface
area,
conductivity,
flexibility,
eco‐friendliness.
Research
into
applications
of
spans
environmental
remediation,
energy
conversion,
biomedical
treatments,
indicating
promising
future.
This
review
marks
first
comprehensive
attempt
discuss
summarize
various
types
materials.
It
delves
underlying
mechanisms
by
piezoelectricity
influences
catalysis,
applications,
nanogenerators,
sensors.
Additionally,
techniques
presented
enhance
performance.
design
principles
representative
fabrication
strategies
analyzed,
emphasizing
current
limitations
improvements
future
development.
is
believed
that
recent
advances
in
will
make
significant
impact.
