Applied Surface Science Advances,
Год журнала:
2024,
Номер
21, С. 100599 - 100599
Опубликована: Апрель 6, 2024
TiO2
is
a
low-cost
and
biocompatible
material
with
high
oxidizing
ability.
However,
their
photocatalytic
activity
limited
to
UV
light
irradiation.
In
this
research,
for
the
first
time,
novel
TiO2/CeFeO3
heterojunction
was
synthesized
by
green
synthesis
method
using
an
aqueous
fraction
of
Artemisia
vulgaris
leaf
extracts.
shows
enhanced
performance
under
visible
The
vibrational,
structural,
optical,
compositional
properties
were
characterized.
as-prepared
has
spherical-shaped
particles
significantly
diminished
bandgap
energy
(3.25
eV
2.75
eV).
investigated
degrade
malachite
(MG)
efficiency
up
93.53%
its
optimum
dose.
stable
until
fourth
cycle.
kinetics
photodegradation
MG
followed
pseudo-first-order
reaction
rate
constant
(kapp)
2.14×10−2
min−1.
attributable
creation
heterojunction,
which
suppresses
recombination
photogenerated
electron-hole
validated
photoluminescence
analysis.
This
work
presents
eco-friendly
approach
synthesizing
dye
degradation.
