Materials Science in Semiconductor Processing,
Journal Year:
2022,
Volume and Issue:
148, P. 106815 - 106815
Published: May 21, 2022
This
study
presents
the
performance
of
CsPbBr3
perovskite
light-emitting
diodes
(PeLEDs)
with
a
cesium
carbonate
(CsCO3)
modification
layer
and
dual
additives.
With
Cs2CO3
layer,
poly(3,4-ethylenedioxythiophene)
polystyrene
sulfonate
(PEDOT:PSS)
hole
transport
was
recrystallized
to
flatten
grains,
reduce
series
resistance,
lower
impedance,
operate
at
low
level.
It
also
has
lowest
starting
voltage
3
V,
which
can
release
equivalent
energy
from
electrons
holes.
At
6
it
maximum
luminance
16440
cd/m2
an
external
quantum
efficiency
(EQE)
1.56%.
Advanced Functional Materials,
Journal Year:
2023,
Volume and Issue:
33(18)
Published: Feb. 13, 2023
Abstract
High‐quality
backlit
display
puts
forward
urgent
demand
for
color‐converting
materials.
Recently,
metal
halide
perovskites
(MHPs)
with
full
spectral
tunability,
high
photoluminescence
quantum
yields
(PLQYs),
and
color
purity
have
found
potential
application
in
wide‐color‐gamut
display.
Regrettably,
naked
MHPs
suffer
from
long‐term
instable
issue
cannot
pass
harsh
stability
tests.
Herein,
amorphous‐glass‐protected
green/red
CsPbX
3
dots
(QDs)
are
prepared
by
elaborately
optimizing
glass
structure,
perovskite
concentration,
situ
crystallization.
PLQYs
of
green
CsPbBr
@glass
red
1.5
I
reach
94%
78%,
respectively,
which
the
highest
ones
composites
reported
so
far
comparable
to
colloidal
counterparts.
Benefited
complete
isolation
QDs
external
environment
network,
can
endure
commercial
standard
aging
tests
85
°C/85%RH
blue‐light‐irradiation,
applied
construct
white
light‐emitting
diodes
(wLEDs)
efficiency
13.8%
ultra‐high
luminance
500
000
cd
m
−2
.
Accordingly,
wLED
arrays‐based
unit
a
prototype
device
designed
first
time,
showing
more
vivid
feature
benefited
narrowband
emissions
QDs.
This
work
highlights
practical
composite
as
an
efficient
stable
light
converter
Nanoscale,
Journal Year:
2022,
Volume and Issue:
14(8), P. 2966 - 2989
Published: Jan. 1, 2022
Reviewing
the
development
of
advanced
composite
glasses
with
metallic,
perovskite,
and
two-dimensional
nanocrystals
for
optoelectronic
photonic
applications.
Advanced Materials,
Journal Year:
2022,
Volume and Issue:
35(37)
Published: Sept. 19, 2022
Metal
halide
perovskite-based
materials
have
emerged
over
the
past
few
decades
as
remarkable
solution-processable
opto-electronic
with
many
intriguing
properties
and
potential
applications.
These
emerging
recently
been
considered
for
their
promise
in
low-energy
memory
information
processing
In
particular,
large
optical
cross-sections,
high
photoconductance
contrast,
carrier
diffusion
lengths,
mixed
electronic/ionic
transport
mechanisms
are
attractive
enabling
elements
neuromorphic
devices
that
written
and/or
read
domain.
Here,
we
review
recent
progress
toward
functionality
metal
perovskite
where
photons
used
a
critical
degree
of
freedom
switching,
memory,
functionality.
Advanced Functional Materials,
Journal Year:
2023,
Volume and Issue:
34(2)
Published: Oct. 2, 2023
Abstract
Robust
amorphous
glass
protected
CsPbBr
3
(CsPbBr
@glass)
perovskite
quantum
dots
(PeQDs)
with
ultra‐pure
green
emission
and
superior
long‐term
stability
are
highly
desirable
for
developing
wide‐color‐gamut
liquid
crystal
displays.
However,
most
of
the
reported
@glass
nanocomposites
subject
to
low
external
efficiency
(EQE).
This
work
demonstrates
that
ZrO
2
additive
has
an
“accumulation”
effect
on
borosilicate
network
structure
promote
in
situ
nucleation/growth
PeQDs
inside
rather
than
self‐crystallization.
is
beneficial
reducing
surface
defects,
improving
quality
PeQDs,
thus
boosting
radiative
recombination
excitons.
As
a
consequence,
as‐prepared
shows
record
EQE
up
75%
can
pass
accelerated
aging
tests
at
85
°C/85%
RH
1000
h
blue
light
irradiation
over
2000
h.
Finally,
prototype
display
using
@glass‐based
straight‐down
backlit
unit
designed
gains
more
favorable
responses
blind
selection
its
high
brightness
2647
cd
m
−2
color
purity
88%.
The
findings
will
pave
way
realizing
commercial
application
nanocomposite
PeQDs‐converted
display.
Advanced Materials Technologies,
Journal Year:
2024,
Volume and Issue:
9(10)
Published: March 4, 2024
Abstract
Perovskite
has
attracted
considerable
attention
in
the
electronic
and
optical
fields
recent
years,
fulfilling
requirements
of
ever‐growing
demand
energy,
environment,
security,
big
data
storage.
Laser
direct
writing
technology
is
a
flexible
mask‐free
approach
for
fabricating,
structuring,
modifying,
patterning
perovskites.
irradiation
can
directly
induce
perovskites
from
precursors
due
to
photothermal
photochemical
effects
laser.
Therefore,
various
laser‐induced
perovskites,
such
as
perovskite
quantum
dots,
nanowires,
nanocrystals,
films,
are
summarized.
In
particular,
glass
intensively
investigated
their
high
stability
flexibility
3D
printing.
The
second
part
this
review
examines
applications
based
on
laser
technology,
solar
cells,
flat
lenses,
microlasers,
photoluminescence,
lithography,
sensors,
encryption,
Diverse
treatments
employed
modulating
devices,
annealing,
ablation,
defects,
discussed.
Prospective
challenges
future
trends
research
field
also
concluded.
Small,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Feb. 3, 2025
Abstract
Quantum
dots
(QDs)
grown
within
inorganic
glasses
(hereafter
referred
to
as
“QD
glasses”)
are
promising
candidates
for
an
expanding
list
of
applications
such
nonlinear
optical
(NLO)
devices.
However,
lots
research
into
NLO
properties
QDs
still
uses
polymer‐based
matrices,
whose
low
laser
damage
threshold
hinders
practical
applications.
This
can
be
explained
by
the
difficulties
typically
encountered
researchers
wishing
grow
glass
matrices.
Fortunately,
much
progress
has
been
made,
not
only
regards
dense
but
also
in
use
nanoporous
(NP)
which
is
prepared
and
explored
a
macro‐matrix
growth
QDs.
In
situ
techniques
preparation
QD
more
appealing
than
ex
methods,
former
effectively
avoid
agglomeration
need
application
prior
treatments
ligand
exchange.
Here,
review
advances
both
NP
provided,
with
discussion
on
effect
emission
nature
QDs,
routes
tune
emission,
enhancing
performance
and,
finally,
potential
glasses.
The
overview
directions
future
challenges
this
area
presented.
Small,
Journal Year:
2023,
Volume and Issue:
20(17)
Published: Dec. 10, 2023
Abstract
Metal
halide
perovskites
with
excellent
optical
and
electronic
properties
have
become
a
trending
material
in
the
current
research.
However,
their
limited
stability
under
ambient
conditions
degrades
quality
threatens
potential
commercialization
as
optoelectronic
devices.
Various
approaches
are
adopted
to
improve
of
perovskite
nanocrystals
(PeNC)
while
maintaining
advantageous
properties,
particularly
strong
luminescence.
Among
different
possible
improvement
strategies,
encapsulation
PeNCs
within
amorphous
glass
matrices
inorganic
oxides
has
drawn
widespread
attention
because
it
ensures
high
resistance
against
chemical
corrosion
temperature,
thus
enhancing
chemical,
thermal,
mechanical
improved
light‐emission
characteristics.
In
this
article,
two
types
materials,
namely
all‐inorganic
metal
oxide
glasses
briefly
introduced,
then
methods
reviewed
fabricate
PeNC@glass
composites.
These
classified
into
three
universal
categories:
compositional
modification,
structural
dual
encapsulation.
final
part
review
paper,
examples
applications
PeNCs@glass
composites
light‐emitting
devices
displays,
data
storage
anti‐counterfeiting,
lasing,
photodetectors
X‐ray
detectors,
photocatalysis,
filters,
solar
concentrators,
batteries
provided.
