Chemistry - An Asian Journal,
Journal Year:
2024,
Volume and Issue:
19(22)
Published: Aug. 17, 2024
Abstract
The
development
of
an
efficient,
low‐cost
and
earth‐abundant
electrocatalyst
for
water
splitting
is
crucial
the
production
sustainable
hydrogen
energy.
However
their
practical
applications
are
largely
restricted
by
limited
synthesis
methods,
large
overpotential
low
surface
area.
Hierarchical
materials
with
a
highly
porous
three‐dimensional
nanostructure
have
garnered
significant
attention
due
to
exceptional
electrocatalytic
properties.
These
hierarchical
frameworks
enable
fast
electron
transfer,
rapid
mass
transport,
high
density
unsaturated
metal
sites
maximize
product
selectivity.
Here
process
involved
obtaining
monodispersed
microrod‐shaped
Ni(OH)
2
through
hydrothermal
reaction,
followed
heat
treatment
convert
it
into
NiO
materials.
N
sorption
analysis
revealed
that
BET
area
increased
from
9
89
m
/g
as
result
treatment.
demonstrated
outstanding
bifunctional
capabilities,
excelling
in
both
HER
OER
basic
solution.
Overpotential
347
mV
achieved
at
10
mA/cm
activity,
Tafel
slope
77
mV/dec.
Similarly,
488
62
Critical Reviews in Analytical Chemistry,
Journal Year:
2024,
Volume and Issue:
unknown, P. 1 - 18
Published: April 9, 2024
Electrochemical
sensors
have
been
the
subject
of
much
research
and
development
as
late,
with
several
publications
detailing
new
designs
boasting
enhanced
performance
metrics.
That
is,
without
a
doubt,
because
such
stand
out
from
other
analytical
tools
thanks
to
their
excellent
characteristics,
low
cost,
ease
use.
Their
progress
has
shown
trend
toward
seeking
novel
useful
nano
structure
materials.
A
variety
nanostructure
metal
oxides
utilized
in
creation
potentiometric
sensors,
which
are
this
article.
For
screen-printed
pH
sensing
layers
due
mixed
ion-electron
conductivity
paste-ion-selective
electrode
components
solid-contact
electrodes.
Further
significant
uses
include
layers.
All
oxide
mentioned
within
purview
Nanoscale
potential
potentiometry
method,
paper
summarizes
uses,
including
hybrid
materials
single-component
Potentiometric
outstanding
properties
can
be
manufactured
entirely
oxides.
These
outperform
more
traditional,
conventional
electrodes
terms
characteristics.
In
review,
we
looked
at
different
building
solutions
various
nanoscale
Chemistry - An Asian Journal,
Journal Year:
2024,
Volume and Issue:
19(17)
Published: June 7, 2024
Creating
an
innovative
and
environmentally
friendly
energy
storage
system
is
of
vital
importance
due
to
the
growing
number
environmental
problems
fast
exhaustion
fossil
fuels.
Energy
using
porous
carbon
composites
generated
from
biomass
has
attracted
a
lot
attention
in
research
community.
This
primarily
nature,
abundant
availability
accessibility,
affordability,
long-term
viability
macro/meso/microporous
sourced
variety
biological
materials.
Extensive
information
on
design
building
device
that
uses
supercapacitors
was
part
this
research.
study
examines
both
electrodes
(ranging
44
1050
F/g)
biomasses
with
large
surface
area
(between
215
3532
m
Reviews in Inorganic Chemistry,
Journal Year:
2024,
Volume and Issue:
45(1), P. 175 - 206
Published: May 17, 2024
Abstract
Two-dimensional
nanoscale
materials
(2D
NMs)
have
exceptional
physical
characteristics,
distinctive
structures,
and
customizable
surface
chemistry.
They
consist
of
infinite
transverse
dimensions
near-atomic
thickness
or
atoms.
promise
advancements
in
catalysis,
renewable
energy,
sensing.
An
extensive
summary
the
most
recent
research
results
on
creation
use
2D
NMs
is
provided
this
work.
It
possible
to
modify
characteristics
these
multi-layered
by
means
chemical
manipulations.
Due
their
layer-dependent
electrical
properties,
certain
layered
inorganic
nanomaterials
such
as
MoS
2
,
WS
SnS
recently
been
created
used
a
variety
applications,
including
new
sensors.
In
addition,
article
delves
into
difficulties
confronted
sectors
reliant
nanotechnology
well
potential
future
uses
nanostructures
coupled
with
electrochemical
systems.
The
begins
outlining
typical
“top-down”
“bottom-up”
approaches
for
synthesizing
NMs.
These
include
hydrothermal
procedures,
ion
intercalation,
mechanical
exfoliation,
liquid-phase
exfoliation
assisted
ultrasonic
waves,
vapor
deposition.
are
focus
work
because
applications
gas
sensing,
photocatalysis,
electrocatalysis,
photo
detection,
electromagnetic
wave
absorption.
study
predicts
patterns
development
issues
based
existing
studies.
Increased
demand
cost-effective,
environmentally
friendly,
highly
connected
products
propelling
ongoing
high-performance
materials.
This
significant
since
it
summarizes,
one
place,
advances
NM
preparation
methods
applications.
Reviews in Inorganic Chemistry,
Journal Year:
2024,
Volume and Issue:
unknown
Published: May 30, 2024
Abstract
The
versatile
nature
of
metal
sulfide
nanostructures
has
led
to
their
meteoric
rise
in
popularity.
compositions,
morphologies,
and
sizes
these
may
be
tuned,
giving
them
distinct
features.
Here
we
look
at
the
many
uses
nanostructures,
with
an
emphasis
on
possible
benefits
fields
biology,
ecology,
energy
storage.
Because
remarkable
optical
characteristics
high
degree
biocompatibility,
have
great
potential
biological
bioimaging,
medication
administration,
photothermal
treatment.
Additionally,
because
large
surface
area
adsorption
capability,
show
outstanding
performance
environmental
remediation,
which
includes
pollutant
removal
wastewater
conductivity
electrochemical
activity,
are
also
demand
for
storage
applications
such
supercapacitors,
hydrogen
storage,
lithium-ion
batteries.
This
review
provides
a
comprehensive
analysis
recent
progress
synthesizing
various
sulfides
transition
elements.
Effective
physiochemical
approaches
employed
production
control
structures,
dimensions,
compositions
sulfides.
