Applied Surface Science Advances,
Journal Year:
2023,
Volume and Issue:
18, P. 100520 - 100520
Published: Dec. 1, 2023
Globally,
energy
demand
and
environmental
pollution
affect
the
development
of
society.
However,
solar
fuel
generation
via
photocatalytic
water-splitting
became
most
viable
approach
to
address
global
crisis.
Cadmium
sulfide
is
considered
an
ideal
material
for
(hydrogen)
due
its
promising,
low-cost,
suitable
bandgap
energy,
desired
band
alignment,
affordability,
simple
preparation
method.
solar-to-hydrogen
(STH)
conversion
efficiency
CdS-based
materials
still
needs
improve
high
rate
photogenerated
electron-hole
pair
recombination
photocorrosion,
resulting
in
poor
performance.
Herein,
emerging
enhancing
stability
activity
CdS
discussed,
including
designing
heterostructure,
co-catalyst
loading,
etc.,
with
a
focus
on
charge
carrier
separation
transfer.
Particular
attention
given
mechanism
that
influences
water-splitting.
This
review
focuses
developing
strategy
anti-photocorrosion
generation.
Notably,
H2
production
improvements
achieved
studying
as
main
photocatalyst,
not
co-catalyst,
were
exclusively
reviewed
discussed.
The
prospective,
challenges
anti-photo
corrosion
are
Thus,
this
would
likely
motivate
researchers
broaden
applications
economical
eco-friendly
approach.
Energy Strategy Reviews,
Journal Year:
2024,
Volume and Issue:
52, P. 101270 - 101270
Published: Jan. 1, 2024
Current
society
prioritizes
clean
energy
production
(CEP)
to
meet
diverse
needs
and
achieve
sustainability.
research
involves
different
aspects
of
CEP,
but
comprehensive
is
limited.
Therefore,
this
paper
aims
improve
researchers'
integrated
understanding
the
field
reveal
significant
trends
by
using
CiteSpace
conduct
a
visualized
bibliometric
analysis
CEP
in
past
20
years.
Specifically,
we
aim
analyze
statistical
characteristics,
collaboration
dynamics,
status,
hotspot
evolutions;
find
that
an
increasingly
focused
hot
field,
with
Asian
institutions
countries
are
more
active
collaborators;
besides,
most
highly
co-cited
journals
have
high
impact
factors
reputations,
they
related
physics,
chemistry,
biology;
furthermore,
topics
cover
whole
procedure
been
changing
significantly
over
years;
future,
will
integrate
disciplines,
new
may
occur,
paradigm
be
collaborative,
targeting
specific
segments
engineering
application-oriented.
The
important
future
renewable
energy,
lignocellulosic
biomass,
carbon
capture,
challenges.
results
help
scholars
understand
field's
knowledge
comprehensively,
effectively,
efficiently.
International Journal of Molecular Sciences,
Journal Year:
2022,
Volume and Issue:
24(1), P. 346 - 346
Published: Dec. 25, 2022
Currently,
the
synthesis
of
active
photocatalysts
for
evolution
hydrogen,
including
based
on
graphite-like
carbon
nitride,
is
an
acute
issue.
In
this
review,
a
comprehensive
analysis
state-of-the-art
studies
graphic
nitride
as
photocatalyst
hydrogen
production
under
visible
light
presented.
various
approaches
to
g-C3N4
reported
in
literature
were
considered,
methods
modifying
and
improving
structural
photocatalytic
properties
material.
A
thorough
has
shown
that
most
commonly
used
are
alterations
textural
characteristics
by
introducing
templates,
pore
formers
or
pre-treatment
method,
doping
with
heteroatoms,
modification
metals,
creation
composite
photocatalysts.
Next,
authors
considered
their
own
detailed
study
graphitic
different
pre-treatments
respective
demonstrate
high
efficiency
stability
hydrogen.
Particular
attention
was
paid
describing
effect
state
platinum
cocatalyst
activity
resulting
photocatalyst.
The
decisive
factors
leading
materials
discussed.
