Advanced Functional Materials,
Journal Year:
2023,
Volume and Issue:
34(6)
Published: Oct. 27, 2023
Abstract
Supply
restrictions
and
associated
price
increase
of
lithium
limit
the
large‐scale
application
rechargeable
batteries
(RLBs)
in
electric
energy
storage.
Rechargeable
sodium
(RSBs)
with
advantage
large
abundance
low
cost
sodium,
are
developed
to
relieve
supply
pressure
RLBs.
Binders
serve
as
a
bridge
between
active
materials
other
components
maintain
electrode
integrity
electrical
contact;
however,
they
have
not
been
sufficiently
explored
RSBs.
In
this
review,
working
mechanism
binders
for
RSBs
is
proposed
more
desirable
features
RSB
than
their
RLB
counterparts
emphasized.
The
development
history
recent
progress
outlined.
It
highlighted
that
matching
principles
different
proposed.
Advanced
characterization
simulation
techniques
presented
interpret
electrochemical
findings
reveal
novel
various
electrodes
Finally,
perspectives
on
effective
presented.
InfoMat,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 14, 2025
Abstract
Lithium
batteries
are
becoming
increasingly
vital
thanks
to
electric
vehicles
and
large‐scale
energy
storage.
Carbon
materials
have
been
applied
in
battery
cathode,
anode,
electrolyte,
separator
enhance
the
electrochemical
performance
of
rechargeable
lithium
batteries.
Their
functions
cover
storage,
catalysis,
electrode
protection,
charge
conduction,
so
on.
To
rationally
implement
carbon
materials,
their
properties
interactions
with
other
probed
by
theoretical
models,
namely
density
functional
theory
molecular
dynamics.
This
review
summarizes
use
models
guide
employment
advanced
batteries,
providing
critical
information
difficult
or
impossible
obtain
from
experiments,
including
lithiophilicity,
barriers,
coordination
structures,
species
distribution
at
interfaces.
under
discussion
include
zero‐dimensional
fullerenes
capsules,
one‐dimensional
nanotubes
nanoribbons,
two‐dimensional
graphene,
three‐dimensional
graphite
amorphous
carbon,
as
well
derivatives.
electronic
conductivities
explored,
followed
applications
cathode
anode
performance.
While
role
is
emphasized,
experimental
data
also
touched
upon
clarify
background
show
effectiveness
strategies.
Evidently,
prove
promising
achieving
superior
density,
rate
performance,
cycle
life,
especially
when
informed
endeavors.
image
Advanced Functional Materials,
Journal Year:
2023,
Volume and Issue:
34(6)
Published: Oct. 27, 2023
Abstract
Supply
restrictions
and
associated
price
increase
of
lithium
limit
the
large‐scale
application
rechargeable
batteries
(RLBs)
in
electric
energy
storage.
Rechargeable
sodium
(RSBs)
with
advantage
large
abundance
low
cost
sodium,
are
developed
to
relieve
supply
pressure
RLBs.
Binders
serve
as
a
bridge
between
active
materials
other
components
maintain
electrode
integrity
electrical
contact;
however,
they
have
not
been
sufficiently
explored
RSBs.
In
this
review,
working
mechanism
binders
for
RSBs
is
proposed
more
desirable
features
RSB
than
their
RLB
counterparts
emphasized.
The
development
history
recent
progress
outlined.
It
highlighted
that
matching
principles
different
proposed.
Advanced
characterization
simulation
techniques
presented
interpret
electrochemical
findings
reveal
novel
various
electrodes
Finally,
perspectives
on
effective
presented.
