Materials,
Journal Year:
2024,
Volume and Issue:
17(19), P. 4703 - 4703
Published: Sept. 25, 2024
Na5V12O32
is
an
attractive
cathode
candidate
for
aqueous
zinc-ion
batteries
(AZIBs)
by
virtue
of
its
low-cost
and
high
specific
capacity
(>300
mAh
g−1).
However,
intrinsically
inferior
electronic
conductivity
structural
instability
result
in
unfavorable
rate
performance
cyclability.
Herein,
K-doped
(KNVO)
was
developed
to
promote
ionic/electronic
migration,
thus
enhance
the
Zn2+
storage
capability.
The
as-produced
KNVO
displays
a
superior
353.5
g−1
at
0.1
A
excellent
retentive
231.8
after
1000
cycles
5
g−1.
Even
under
mass
5.3
mg
cm−2,
can
still
maintain
220.5
outstanding
cyclability
without
apparent
decay
2000
cycles.
In
addition,
kinetics
investigated
through
multiple
analyses.
Advanced Materials,
Journal Year:
2024,
Volume and Issue:
36(37)
Published: July 14, 2024
Abstract
Smart
stimuli‐responsive
persistent
luminescence
materials,
combining
the
various
advantages
and
frontier
applications
prospects,
have
gained
booming
progress
in
recent
years.
The
trap‐controlled
property
energy
storage
capability
to
respond
external
multi‐stimulations
through
diverse
pathways
make
them
attractive
emerging
multi‐responsive
smart
platforms.
This
review
aims
at
advances
materials
for
advanced
multi‐stimuli‐responsive
design
principles,
mechanisms,
representative
stimulations,
i.e.,
thermo‐,
photo‐,
mechano‐,
X‐rays
responsiveness,
are
comprehensively
summarized.
Various
hybrid
systems
containing
highlighted.
Specifically,
temperature
dependent
trapping
de‐trapping
performance
is
discussed,
from
extreme‐low
ultra‐high
conditions.
Emerging
future
perspectives
briefly
presented.
It
hoped
that
this
would
provide
new
insights
guidelines
rational
manipulation
of
Small Methods,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 13, 2025
Abstract
Micro/nano
manipulation
of
single
nanowire
has
emerged
as
a
popular
direction
study
in
the
field
nanotechnology,
with
promising
applications
cutting‐edge
technologies
such
device
manufacturing,
medical
treatment,
and
nanorobotics.
The
synthesis
nanowires
controllable
length
diameter
makes
them
meet
various
micro/nano
demands.
As
techniques
have
advanced,
including
use
optical
tweezers,
electric
magnetic
fields,
mechanical
control,
several
more
control
methods,
they
demonstrated
unique
advantages
different
application
fields.
For
instance,
cell
drug
precision
transport,
nanomotors
their
potential
development,
biomedicine,
manufacturing.
However,
extension
is
still
its
infancy.
This
review
systematically
sorts
out
progress
discusses
current
research
status
prospects
It
aims
to
provide
comprehensive
reference
guidance
for
future
promote
innovative
technology
wide
range
Abstract
Inorganic
photochromic
materials
(i.e.,
in
‐PCMs)
are
developed
as
a
research
hot
point
the
lighting
field
due
to
their
excellent
optical
characteristics,
impressive
body
color
modulation,
etc.
The
aim
of
this
work
is
make
review
on
developments
multi‐metals
‐PCMs
min
past
20
years.
structured
based
reversible
coloration,
crystal
hosts,
doped
ions,
PC
properties,
and
mechanism
applications.
synthesis
methods
reviewed
first
then
classified
according
types
ions
single
rare‐earth
RE)
ion,
multi
RE
non‐RE
and/or
coupled
arrangement
these
ions).
Meanwhile,
co‐doped
with
together
RE‐
non‐RE‐doped
dual
matrix,
also
disclosed.
In
4
th
section,
we
underline
mechanisms
show
perspectives
how
produce
obtain
related
‐PCMs.
After
that,
diverse
emerging
applications
summarized,
which
include
storage,
anti‐counterfeiting,
bio‐imaging,
light
detection,
temperature
sensing,
photocatalysis,
smart
windows.
end,
conclude
forecast
promising
opportunities
potential
challenges
future.
Chemistry - An Asian Journal,
Journal Year:
2025,
Volume and Issue:
unknown
Published: April 30, 2025
Materials
that
swap
their
color
in
response
to
stimuli
are
known
as
chromic
materials,
and
among
such,
materials
switch
chromaticity
electric
stimuli,
called
electrochromic
(EC)
more
beneficial
due
the
consistency
stimuli.
The
performance
of
EC
is
determined
by
contrast,
coloration
efficiency,
time
change
or
reverse
back
its
original
color,
optical
memory
cyclic
stability.
can
be
organic
inorganic;
however,
materials'
synthetic
diversity
processability
have
acquired
attention
led
development
many
electrochromes.The
systems
basically
classified
into
cathodically
anodically
coloring
systems,
apart
from
these,
multicoloring
transmissive
black
systems.
devices
fabricated
various
device
structure
consisting
transparent
conducting
electrodes
along
with
electrolytes.
widely
employed
commercial
applications
like
smart
windows,
displays,
camouflage
applications,
rearview
mirrors,
eye
protective
glasses,
wearable
electronics,
so
forth.
This
review
outlines
recent
advancements
electrochromism,
highlighting
key
developments,
innovations,
trends.
