International Journal of Hydrogen Energy,
Journal Year:
2024,
Volume and Issue:
unknown
Published: June 1, 2024
The
development
of
long-lasting,
cost-effective,
and
efficient
electrocatalysts
is
critical
for
obtaining
exceptionally
productive
electrocatalytic
hydrogen
evolution
oxygen
reactions
via
water
splitting
in
industrial
settings,
particularly
the
generation
renewable
(H2).
In
this
study,
homogeneous
integrated
electrode
(FeP/Co3O4/CF)
successfully
produced
using
a
facile
pre-oxidation
process
that
turns
porous
foams
made
cobalt
into
separate
supply.
resultant
materials
are
characterized
different
analytical
techniques
like
X-ray
diffraction
analysis
(XRD),
scanning
electron
microscopy
(SEM),
transmission
(TEM),
elemental
mapping
BET
to
confirm
structural,
morphological,
textural
properties.
This
well-built
chemically
connected
FeP,
Co3O4,
Co
foam,
making
it
an
extremely
active,
adaptable
catalyst.
FeP/Co3O4/CF
nanocomposite
has
obtained
10,
500,
1000
mAcm−2
current
densities
at
overpotentials
52,
148,
356
mV
respectively
reaction
(HER)
192,
278,
336
mV,
(OER).
exceptional
performance
can
be
attributed
creation
situ
tightly
bound
heterojunction
between
FeP
Co3O4.
As
result,
highly
promising
choice
widespread
application
electrolysis.
Its
self-supporting
construction,
design,
incorporation
phosphides,
capacity
manage
large
densities,
remarkable
even
when
subjected
high-temperature
electrolysis
conditions
notable
features.
Luminescence,
Journal Year:
2024,
Volume and Issue:
39(5)
Published: May 1, 2024
The
ability
of
heterogeneous
photocatalysis
to
effectively
remove
organic
pollutants
from
wastewater
has
shown
great
promise
as
a
tool
for
environmental
remediation.
Pure
zinc
ferrites
(ZnFe
International Journal of Hydrogen Energy,
Journal Year:
2024,
Volume and Issue:
unknown
Published: June 1, 2024
The
development
of
long-lasting,
cost-effective,
and
efficient
electrocatalysts
is
critical
for
obtaining
exceptionally
productive
electrocatalytic
hydrogen
evolution
oxygen
reactions
via
water
splitting
in
industrial
settings,
particularly
the
generation
renewable
(H2).
In
this
study,
homogeneous
integrated
electrode
(FeP/Co3O4/CF)
successfully
produced
using
a
facile
pre-oxidation
process
that
turns
porous
foams
made
cobalt
into
separate
supply.
resultant
materials
are
characterized
different
analytical
techniques
like
X-ray
diffraction
analysis
(XRD),
scanning
electron
microscopy
(SEM),
transmission
(TEM),
elemental
mapping
BET
to
confirm
structural,
morphological,
textural
properties.
This
well-built
chemically
connected
FeP,
Co3O4,
Co
foam,
making
it
an
extremely
active,
adaptable
catalyst.
FeP/Co3O4/CF
nanocomposite
has
obtained
10,
500,
1000
mAcm−2
current
densities
at
overpotentials
52,
148,
356
mV
respectively
reaction
(HER)
192,
278,
336
mV,
(OER).
exceptional
performance
can
be
attributed
creation
situ
tightly
bound
heterojunction
between
FeP
Co3O4.
As
result,
highly
promising
choice
widespread
application
electrolysis.
Its
self-supporting
construction,
design,
incorporation
phosphides,
capacity
manage
large
densities,
remarkable
even
when
subjected
high-temperature
electrolysis
conditions
notable
features.
