Small Methods,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Feb. 9, 2025
The
magnetic
field
as
a
"non-contact"
external
can
instantaneously
affect
the
separation
and
migration
of
photogenerated
carriers
during
photocatalytic
reaction.
This
facilitates
large-scale
industrial
application
photocatalysis
technology.
Consequently,
potential
for
using
fields
to
enhance
in
environmental
pollution
control
clean
energy
production
has
received
significant
attention.
Herein,
principle
acting
on
reaction
is
discussed,
including
spin
polarization,
Lorentz
force,
negative
magnetoresistance,
electromotive
force.
In
particular,
typical
devices
settings
involved
current
research
field-assisted
are
exhibited.
Meanwhile,
performance
specific
applications
presented.
efficiency
experimental
parameters
catalysts
classified
organized
by
their
fields.
It
highlighted
summarize
interpret
mechanisms
underlying
presented
previous
studies,
along
with
latest
validation
techniques.
Finally,
challenges
opportunities
discussed.
review
offers
valuable
insights
guidance
design
development
innovative
systems,
thereby
accelerating
Small,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Sept. 29, 2024
Abstract
MoS
2
/ZnIn
S
4
flower‐like
heterostructures
into
porous
carbon
(PC@MoS
/ZIS)
are
embedded.
This
ternary
heterostructure
demonstrates
enhanced
light
absorption
across
a
broad
spectral
range
from
200
to
2500
nm.
It
features
both
Type‐II
and
S‐scheme
dual
heterojunction
interfaces,
which
facilitate
the
generation,
separation,
transfer
of
photoinduced
carriers.
The
PC
enveloped
by
/ZIS
composite
microspheres
serves
as
photothermal
source,
providing
additional
energy
process
accelerates
charge
separation
migration,
enhancing
photothermal‐assisted
photocatalytic
H
evolution.
optimal
evolution
rate
for
PC@MoS
reaches
an
impressive
18.79
mmol
g
−1
h
,
with
apparent
quantum
efficiency
14.1%
at
400
work
presents
promising
approach
effectively
integrating
multicomponent
effects,
offering
innovative
strategies
efficient
solar
utilization
conversion.
