International Journal of Modern Physics B,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Dec. 30, 2024
Among
the
environmental
issues,
plastic
waste
is
one
of
most
significant
problems,
and
thus,
searching
for
ways
to
solve
it
critical.
In
present
work,
a
green
process
proposed
synthesizing
RGO
nanosheets
from
recycled
efficient
supercapacitor
applications.
The
suggested
approach
consists
transformation
into
GO
using
direct
reproducible
strategy
then
via
an
eco-friendly
reducing
agent.
synthesized
possessed
desirable
electrochemical
characteristics
such
as
specific
capacitance
104[Formula:
see
text]F/g
at
0.5[Formula:
text]A/g,
90%
retention
after
5000
cycles,
good
rate
capability.
were
further
employed
electrode
materials
devices
which
has
been
evidenced
with
high
energy
density
power
density.
Physical
properties
have
characterized
by
XRD,
Raman
spectroscopy
transmission
electron
microscope
clearly
observed
structure
morphology
Graphene
established.
examined
demonstrated
be
regular.
exhibits
nearly
rectangular
shape
within
range
potential
window,
conforming
standard
ideal
capacitor.
findings
this
study
represent
viable
techno-economically
feasible
address
global
issue
generate
high-value
graphene
storage
technologies.
Nanotechnology Reviews,
Journal Year:
2023,
Volume and Issue:
12(1)
Published: Jan. 1, 2023
Abstract
Automotive
and
aircraft
industries
are
advancing
swiftly,
creating
a
constant
need
for
innovative
trustworthy
materials.
Aluminum
composites
(aluminum
matrix
[AMCs])
exhibit
enhanced
mechanical
tribological
behaviors
when
contrasted
to
their
conventional
equivalents
as
result
have
superior
potential
be
widely
accepted
automotive
engineering
other
component
applications.
This
study
aims
provide
thorough
critical
analysis
of
the
most
recent
research
initiatives
concerning
processing,
characteristics,
applications
AMCs.
It
covers
advancements
in
aluminum-based
reinforced
with
SiC,
TiC,
graphene,
fabrication
methods,
properties
Graphene
nanoplatelets
many
times
stronger
yet
lighter
than
steel
metals,
thus
good
contender
reinforcing
them.
However,
homogeneous
distribution
graphene
into
metal
or
aluminum
is
challenging
aspect
material
researchers.
The
techniques
AMCs
achieving
critically
reviewed.
properties,
specifically
microhardness,
wear
behavior,
tensile
strength
composites,
reviewed
analyzed.
Finally,
way
forward
fostering
further
development
this
area
has
been
discussed.
Cleaner Waste Systems,
Journal Year:
2023,
Volume and Issue:
6, P. 100116 - 100116
Published: Aug. 9, 2023
The
idea
of
turning
agro-wastes
into
industrial
products
through
waste
valorization
is
gaining
popularity
due
to
its
significant
role
in
a
circular
economy.
This
utmost
significance
terms
the
sustainability
paradigm
resource
utilization,
contribution
developing
economy,
and
responsible
consumption.
Liquid
extracts
from
cashew
by-products
are
rich
phenolic
compounds
important
for
use
as
feedstocks
azo
compounds/dyes;
friction
linings;
surface
coatings,
adhesives,
varnishes;
resins
rubbers;
foundry
chemicals;
pesticides,
larvicides,
anti-termites;
pharmaceuticals;
biodiesel
production,
other
applications.
Hence,
effective
management
would
result
high-income
generation
sustainable
development.
review
discusses
issues
that
improve
utilization
nutshell
liquid
attainment
some
UN
Sustainable
Development
Goals,
explicitly
SDGs
6
(clean
water
sanitation),
9
(industry,
innovation,
infrastructure)
3
(good
health
well-being).
comprehensive
will
serve
foundation
future
research
on
nut
nanotechnological
developments
devoted
green
do
not
negatively
impact
environment.
Finally,
it
mitigate
current
project
precise
direction
potential
opportunities
advancements
waste-derived
CNSL.
Solar RRL,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 4, 2025
Nitrogen‐functionalized
graphene
(N‐FG)
derivatives
are
versatile
materials
with
broad
chemical
applicability
and
straightforward
preparation
methods.
N‐FG
involves
grafting
nitrogen
compounds
onto
graphene,
categorized
as
ammonium
hydroxide,
amines,
quaternary
salts.
This
review
highlights
synthesis
via
chemical,
thermochemical,
electrochemical,
electromagnetic
It
emphasizes
N‐FG's
role
in
photovoltaic
(PV)
technologies,
particularly
perovskite
solar
cells
(PSCs)
dye‐sensitized
(DSSCs).
In
PSCs,
excels
an
interfacial
layer,
enhancing
performance
when
direct
contact
films.
DSSCs,
its
applications
include
Pt‐free
cathodes,
photoanodes,
electrolyte
additives,
achieving
power
conversion
efficiencies
of
8–8.5%.
The
also
explores
potential
other
PV
such
thin‐film
silicon
cells,
while
addressing
challenges
opportunities
for
advancing
sustainable
energy
solutions.
World Electric Vehicle Journal,
Journal Year:
2025,
Volume and Issue:
16(3), P. 166 - 166
Published: March 12, 2025
As
electric
vehicles
(EVs)
continue
to
develop,
effective
battery
thermal
management
systems
(BTMSs)
are
critical
for
ensuring
safety,
performance,
and
longevity.
This
review
explores
the
application
of
graphene-based
materials
in
BTMSs,
focusing
on
graphene
coatings,
nanofluids,
enhanced
phase
change
(PCMs).
Graphene’s
superior
electrical
conductivities
offer
substantial
benefits
improving
heat
dissipation,
reducing
temperature
fluctuations,
enhancing
performance.
Despite
its
potential,
challenges
such
as
high
production
costs
complex
manufacturing
processes
hinder
large-scale
adoption.
paper
summarizes
recent
advancements
compares
graphene’s
performance
with
conventional
materials.
Key
findings,
including
metrics
from
studies,
discussed
demonstrate
advantages
graphene.
The
also
outlines
future
research
directions,
emphasizing
development
hybrid
materials,
combining
other
advanced
substances
optimize
EV
management.
findings
aim
guide
innovations
field.
Materials,
Journal Year:
2023,
Volume and Issue:
16(10), P. 3726 - 3726
Published: May 14, 2023
It
is
no
secret
that
graphene,
a
two-dimensional
single-layered
carbon
atom
crystal
lattice,
has
drawn
tremendous
attention
due
to
its
distinct
electronic,
surface,
mechanical,
and
optoelectronic
properties.
Graphene
also
opened
up
new
possibilities
for
future
systems
devices
structure
characteristics
which
increased
demand
in
variety
of
applications.
However,
scaling
graphene
production
still
difficult,
daunting,
challenging
task.
Although
there
vast
body
literature
reported
on
the
synthesis
through
conventional
eco-friendly
methods,
viable
processes
mass
are
lacking.
This
review
focuses
unwanted
waste
materials,
such
as
biowastes,
coal,
industrial
wastes,
producing
potential
derivatives.
Among
synthetic
routes,
main
emphasis
relies
microwave-assisted
In
addition,
detailed
analysis
characterization
graphene-based
materials
presented.
paper
highlights
current
advances
applications
recycling
waste-derived
using
technology.
end,
it
would
alleviate
challenges
forecast
specific
direction
prospects
developments.
