ACS Applied Energy Materials,
Journal Year:
2024,
Volume and Issue:
7(10), P. 4549 - 4557
Published: May 8, 2024
Optoelectronic
and
photoelectrochemical
devices
have
long
suffered
from
cost
energy-conversion
efficiency.
A
two-dimensional
(2D)
layered
metal
chalcogenide
(LMC)
heterostructure
is
an
optically
active
sensitizer
in
optoelectronic
electrodes.
Here,
we
demonstrated
a
technology
to
fabricate
planar
heterojunctions
by
one-step
electrophoretic
deposition
of
MoSe2
nanosheets
on
regularly
spaced
indium–tin
oxide
(ITO)
cracks
SnSe
nanocrystallines
the
gaps.
This
thin
film
with
grid-like
MoSe2/SnSe
heterojunction
tunable
densities
can
be
produced
at
large
scale.
Unlike
vertically
stacked
pattern,
product
lateral
show
effective
charge
transfer
high
efficiency
simultaneously,
as
evidenced
0.36
V
open-circuit
voltage,
3.02
mA/cm2
short-circuit
current
density,
55%
filling
factor,
0.55%
cells.
In
addition,
facilitate
hydrogen
evolution
reaction
(HER)
overpotentials
276
mV
density
10
Tafel
slopes
84.6
mV/dec
alkaline
medium.
The
reaches
12.1
junctions
per
1000
μm2
photoanode
film.
enables
photoelectric
electrocatalytic
performances.
promising
results
provide
avenues
for
development
high-power,
low-cost
optoelectronic,
devices.
Environmental Science Nano,
Journal Year:
2023,
Volume and Issue:
10(8), P. 1955 - 1965
Published: Jan. 1, 2023
This
research
represents
the
first
study
of
perfluorooctanoic
acid
(PFOA)
decomposition
using
immobilized
ZnO
nanoparticles
by
electrophoretic
deposition
in
photocatalysis
and
photoelectrocatalysis.
Journal of the American Ceramic Society,
Journal Year:
2023,
Volume and Issue:
106(9), P. 5147 - 5156
Published: May 19, 2023
Abstract
A
novel
method
for
preparation
of
ZrB
2
coatings
has
been
proposed
by
combination
molten
salt
synthesis
nanoparticles
and
subsequent
electrophoretic
deposition
the
as‐synthesized
in
same
system
this
paper.
Nanoscale
particles
have
produced
borothermal
reduction
ZrO
NaCl‐KCl‐AlF
3
melt
at
980°C.
Then
achieved
resulting
suspension
a
reduced
temperature
900°C,
yielding
relatively
dense
on
graphite
substrates
with
thickness
around
25
μm.
Moreover,
effect
different
cell
voltages
ranging
from
0.8
V
to
1.4
(i.e.,
electric
field
0.4–0.7
V/cm)
prepared
investigated.
Finally,
during
tests
600°C–800°C
air,
deposited
voltage
1.2
exhibited
good
high‐temperature
oxidation
resistance.
ACS Applied Energy Materials,
Journal Year:
2024,
Volume and Issue:
7(10), P. 4549 - 4557
Published: May 8, 2024
Optoelectronic
and
photoelectrochemical
devices
have
long
suffered
from
cost
energy-conversion
efficiency.
A
two-dimensional
(2D)
layered
metal
chalcogenide
(LMC)
heterostructure
is
an
optically
active
sensitizer
in
optoelectronic
electrodes.
Here,
we
demonstrated
a
technology
to
fabricate
planar
heterojunctions
by
one-step
electrophoretic
deposition
of
MoSe2
nanosheets
on
regularly
spaced
indium–tin
oxide
(ITO)
cracks
SnSe
nanocrystallines
the
gaps.
This
thin
film
with
grid-like
MoSe2/SnSe
heterojunction
tunable
densities
can
be
produced
at
large
scale.
Unlike
vertically
stacked
pattern,
product
lateral
show
effective
charge
transfer
high
efficiency
simultaneously,
as
evidenced
0.36
V
open-circuit
voltage,
3.02
mA/cm2
short-circuit
current
density,
55%
filling
factor,
0.55%
cells.
In
addition,
facilitate
hydrogen
evolution
reaction
(HER)
overpotentials
276
mV
density
10
Tafel
slopes
84.6
mV/dec
alkaline
medium.
The
reaches
12.1
junctions
per
1000
μm2
photoanode
film.
enables
photoelectric
electrocatalytic
performances.
promising
results
provide
avenues
for
development
high-power,
low-cost
optoelectronic,
devices.
