Nano Research,
Journal Year:
2022,
Volume and Issue:
16(4), P. 5767 - 5795
Published: Nov. 23, 2022
Abstract
Human
beings
perceive
the
world
through
senses
of
sight,
hearing,
smell,
taste,
touch,
space,
and
balance.
The
first
five
are
prerequisites
for
people
to
live.
sensing
organs
upload
information
nervous
systems,
including
brain,
interpreting
surrounding
environment.
Then,
brain
sends
commands
muscles
reflexively
react
stimuli,
light,
gas,
chemicals,
sound,
pressure.
MXene,
as
an
emerging
two-dimensional
material,
has
been
intensively
adopted
in
applications
various
sensors
actuators.
In
this
review,
we
update
mimic
primary
actuators
stimulating
muscles,
which
employ
MXene-based
film,
membrane,
composite
with
other
functional
materials.
First,
a
brief
introduction
is
delivered
structure,
properties,
synthesis
methods
MXenes.
feed
readers
recent
reports
on
MXene-derived
image
artificial
retinas,
gas
sensors,
chemical
biosensors,
acoustic
devices,
tactile
electronic
skin.
Besides,
introduced.
Eventually,
future
opportunities
given
MXene
research
based
requirements
intelligence
humanoid
robot,
may
induce
prospects
accompanying
healthcare
biomedical
engineering
applications.
Advanced Materials,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 5, 2025
Rechargeable
batteries
employing
Li
metal
anodes
have
gained
increasing
attention
due
to
their
high
energy
density.
Nevertheless,
low
stability
and
reversibility
of
severely
impeded
practical
applications.
Designing
current
collectors
(CCs)
with
reasonable
structure
composition
is
an
efficient
approach
stabilizing
the
anodes.
However,
in-depth
comprehensive
understanding
about
design
principles
modification
strategies
CCs
for
realizing
stable
still
lacking.
Herein,
a
critical
review
focusing
on
rational
summarized.
First,
requirements
in
are
elucidated
clarify
objectives
CCs.
Then,
including
lithiophilic
site
modification,
3D
architecture
construction,
protective
layer
crystalline
plane
engineering,
as
well
corresponding
highlighted.
On
this
basis,
recent
progress
development
discussed.
Finally,
future
directions
suggested
focus
developing
operando
monitoring
technology,
designing
cells
under
conditions
close
commercial
This
will
spur
more
insightful
researches
toward
advanced
CCs,
promote
commercialization.
Green Energy & Environment,
Journal Year:
2022,
Volume and Issue:
8(6), P. 1509 - 1530
Published: Aug. 14, 2022
Lithium
metal
anode
(LMA)
is
a
promising
candidate
for
achieving
next-generation
high-energy-density
batteries
due
to
its
ultrahigh
theoretical
capacity
and
most
negative
electrochemical
potential.
However,
the
practical
application
of
lithium
battery
(LMB)
largely
retarded
by
instable
interfaces,
uncontrolled
dendrites,
rapid
deterioration.
Herein,
we
present
comprehensive
overview
towards
working
principles
inherent
challenges
LMAs.
Firstly,
diligently
summarize
intrinsic
mechanism
Li
stripping
plating
process.
The
recent
advances
in
atomic
mesoscale
simulations
which
are
crucial
guiding
study
material
design
also
summarized.
Furthermore,
advanced
engineering
strategies
have
been
proved
effective
protecting
LMAs
systematically
reviewed,
including
electrolyte
optimization,
artificial
interface,
composite/alloy
anodes
so
on.
Finally,
highlight
current
limitations
research
directions
This
review
sheds
new
lights
on
deeply
understanding
LMAs,
calls
more
endeavors
realize
batteries.
Nano Research,
Journal Year:
2022,
Volume and Issue:
16(4), P. 5767 - 5795
Published: Nov. 23, 2022
Abstract
Human
beings
perceive
the
world
through
senses
of
sight,
hearing,
smell,
taste,
touch,
space,
and
balance.
The
first
five
are
prerequisites
for
people
to
live.
sensing
organs
upload
information
nervous
systems,
including
brain,
interpreting
surrounding
environment.
Then,
brain
sends
commands
muscles
reflexively
react
stimuli,
light,
gas,
chemicals,
sound,
pressure.
MXene,
as
an
emerging
two-dimensional
material,
has
been
intensively
adopted
in
applications
various
sensors
actuators.
In
this
review,
we
update
mimic
primary
actuators
stimulating
muscles,
which
employ
MXene-based
film,
membrane,
composite
with
other
functional
materials.
First,
a
brief
introduction
is
delivered
structure,
properties,
synthesis
methods
MXenes.
feed
readers
recent
reports
on
MXene-derived
image
artificial
retinas,
gas
sensors,
chemical
biosensors,
acoustic
devices,
tactile
electronic
skin.
Besides,
introduced.
Eventually,
future
opportunities
given
MXene
research
based
requirements
intelligence
humanoid
robot,
may
induce
prospects
accompanying
healthcare
biomedical
engineering
applications.
