Arabian Journal of Chemistry,
Journal Year:
2019,
Volume and Issue:
13(2), P. 4294 - 4309
Published: Aug. 23, 2019
In
order
to
find
a
clean,
efficient
and
sustainable
new
energy
source
that
can
replace
fossil
fuels,
hydrogen
is
considered
be
the
most
ideal
choice.
Electrocatalytic
oxygen
evolution
plays
vital
role
in
development
of
energy,
promotes
research
electrocatalysts,
dedicated
materials
with
high
electrocatalytic
efficiency.
This
article
discusses
detail
major
developments
OER
including
recently
reported
metal
non-metal
based
materials.
Metal-based
catalysts,
although
having
advantages
catalytic
activity,
have
disadvantages
such
as
poor
stability
low
selectivity,
which
hinder
further
application
Non-metallic
avoid
exhibit
very
substantial
performance
overall
water
decomposition.
review
provides
useful
knowledge
well-designed
electrocatalyst
possible
strategy
for
OER/HER
dual-function
future
development.
Advanced Science,
Journal Year:
2018,
Volume and Issue:
5(5)
Published: Feb. 23, 2018
Abstract
Black
phosphorus
(BP)
is
rediscovered
as
a
2D
layered
material.
Since
its
first
isolation
in
2014,
BP
has
triggered
tremendous
interest
the
fields
of
condensed
matter
physics,
chemistry,
and
materials
science.
Given
unique
puckered
monolayer
geometry,
displays
many
unprecedented
properties
being
explored
for
use
numerous
applications.
The
flexibility,
large
surface
area,
good
electric
conductivity
make
it
promising
electrode
material
electrochemical
energy
storage
devices
(EESDs).
Here,
experimental
theoretical
progress
presented
on
basis
preparation
methods.
structural
physiochemical
properties,
air
instability,
passivation,
EESD
applications
are
discussed
systemically.
Specifically,
latest
research
findings
utilizing
EESDs,
such
lithium‐ion
batteries,
supercapacitors,
emerging
technologies
(lithium–sulfur
magnesium‐ion
sodium‐ion
batteries),
summarized.
On
current
progress,
few
personal
perspectives
existing
challenges
future
directions
this
developing
field
provided.
Arabian Journal of Chemistry,
Journal Year:
2019,
Volume and Issue:
13(2), P. 4294 - 4309
Published: Aug. 23, 2019
In
order
to
find
a
clean,
efficient
and
sustainable
new
energy
source
that
can
replace
fossil
fuels,
hydrogen
is
considered
be
the
most
ideal
choice.
Electrocatalytic
oxygen
evolution
plays
vital
role
in
development
of
energy,
promotes
research
electrocatalysts,
dedicated
materials
with
high
electrocatalytic
efficiency.
This
article
discusses
detail
major
developments
OER
including
recently
reported
metal
non-metal
based
materials.
Metal-based
catalysts,
although
having
advantages
catalytic
activity,
have
disadvantages
such
as
poor
stability
low
selectivity,
which
hinder
further
application
Non-metallic
avoid
exhibit
very
substantial
performance
overall
water
decomposition.
review
provides
useful
knowledge
well-designed
electrocatalyst
possible
strategy
for
OER/HER
dual-function
future
development.
