Results in Physics,
Journal Year:
2024,
Volume and Issue:
61, P. 107746 - 107746
Published: May 8, 2024
The
present
work
focuses
on
developing
nanocomposites
for
optoelectronics
and
energy
storage
devices
leveraging
the
unique
physicochemical
features
of
bismuth
(III)
oxide
(Bi2O3)
using
a
polyvinyl
pyrrolidone/polyvinyl
alcohol
matrix
(PV(A/P)).
Bi2O3
nanofillers
(NF)
Bi2O3/PV(A/P)
nanocomposite
(NC)
films
were
prepared
by
facile
chemical
solution
approaches.
X-ray
(XRD)
data
transmission
electron
image
revealed
that
NF
exhibits
monoclinic
phase,
resembling
slightly
deformed
agglomerated
spheres.
In
FTIR
spectrum,
different
stretching
vibrations
Bi-O-Bi
bonds
found,
along
with
their
complexation
interaction
reactive
groups
in
matrix.
SEM
uniform
distribution
loading
up
to
1.5
wt%
sample's
surface.
Thermal
analyses
(TGA
DSC
thermograms)
used
study
thermal
stability,
melting,
decomposition
temperatures
NC
films.
dielectric
studied
under
frequencies
between
2
×
103
8
106
Hz
heating
from
293
393
K.
constant
density
increased
content.
This
implies
we
can
utilize
fabrication
devices.
influences
doping
level
transmittance,
band
gap,
Urbach
energy,
refractive
index,
conductivity,
other
physical
parameters
discussed.
modifications
induced
dielectric/optical
make
best
candidates
applications
requiring
high
such
as
optical
coatings
integrated
photonic
Materials,
Journal Year:
2024,
Volume and Issue:
17(5), P. 1088 - 1088
Published: Feb. 27, 2024
From
1990
to
2024,
this
study
presents
a
groundbreaking
bibliometric
and
sentiment
analysis
of
nanocomposite
literature,
distinguishing
itself
from
existing
reviews
through
its
unique
computational
methodology.
Developed
by
our
research
group,
novel
approach
systematically
investigates
the
evolution
nanocomposites,
focusing
on
microstructural
characterization,
electrical
properties,
mechanical
behaviors.
By
deploying
advanced
Boolean
search
strategies
within
Scopus
database,
we
achieve
meticulous
extraction
in-depth
exploration
thematic
content,
methodological
advancement
in
field.
Our
uniquely
identifies
critical
trends
insights
concerning
microstructure,
attributes,
performance.
The
paper
goes
beyond
traditional
textual
analytics
evaluation,
offering
new
interpretations
data
highlighting
significant
collaborative
efforts
influential
studies
domain.
findings
uncover
language,
shifts,
global
contributions,
providing
distinct
comprehensive
view
dynamic
research.
A
component
is
“State-of-the-Art
Gaps
Extracted
Results
Discussions”
section,
which
delves
into
latest
advancements
This
section
details
various
types
their
properties
introduces
applications,
especially
films.
tracing
historical
progress
identifying
emerging
trends,
emphasizes
significance
collaboration
molding
Moreover,
“Literature
Review
Guided
Artificial
Intelligence”
showcases
an
innovative
AI-guided
research,
first
Focusing
articles
2023,
selected
based
citation
frequency,
method
offers
perspective
interplay
between
nanocomposites
properties.
It
highlights
composition,
structure,
functionality
systems,
integrating
recent
for
overview
current
knowledge.
analysis,
with
average
score
0.638771,
reflects
positive
trend
academic
discourse
increasing
recognition
potential
nanocomposites.
another
novelty,
maps
intellectual
domain,
emphasizing
pivotal
themes
influence
crosslinking
time
attributes.
While
acknowledging
limitations,
exemplifies
indispensable
role
tools
synthesizing
understanding
extensive
body
literature.
work
not
only
elucidates
prevailing
but
also
contributes
insights,
enhancing
