International Journal of Applied Ceramic Technology,
Год журнала:
2023,
Номер
20(4), С. 2562 - 2575
Опубликована: Март 13, 2023
Abstract
The
tritium
breeder
and
structural
materials
are
necessary
components
in
the
blanket
to
realize
(T)
self‐sustainment
of
nuclear
fusion.
long‐term
exposure
between
breeders
will
cause
surface
corrosion
irradiation
environments
then
further
affect
release
behavior.
In
this
study,
chemical
compatibility
Li
2
TiO
3
ceramic
pebbles
advanced
was
studied
systematically
at
700
°C
for
300
h
under
He+0.1
%
H
environment,
respectively.
color
changes
from
white
dark
grey
black.
Moreover,
grain
size
increases
more
than
5
μm,
crushing
load
decreased
slightly.
For
materials,
Al‐rich
oxide
layer
with
about
188.7
nm
14Cr‐5Al
dispersion
strengthened
(ODS)
steel
Cr‐Fe
rich
1.04
μm
14Cr‐ODS
were
observed
on
cross‐section.
effective
diffusion
coefficient
O
element
moved
into
ODS
calculated
be
3.3
×
10
−16
cm
/s
1.02
−14
/s.
Unfortunately,
when
SiC
ceramics
contacted
pebbles,
crystal
phase
transformed
SiO
,
which
severely
limits
its
application.
Therefore,
these
results
provide
guidance
selection
future.
Energy & Fuels,
Год журнала:
2024,
Номер
38(9), С. 7579 - 7613
Опубликована: Апрель 10, 2024
Hydrogen
is
the
energy
carrier
with
highest
density
and
critical
to
development
of
renewable
energy.
Efficient
hydrogen
storage
essential
realize
transition
sources.
Electrochemical
technology
has
a
promising
application
due
its
mild
conditions.
However,
research
on
most
efficient
electrochemical
materials
that
satisfy
goals
U.S.
Department
Energy
remain
open
questions.
All
above
require
strategies
for
designing
new
materials.
This
review
provides
brief
overview
preparation,
storage,
details
We
summarize
capabilities
alloys
metal
compounds,
carbonaceous
materials,
oxides,
mixed
metal–organic
frameworks,
MXenes,
polymer-based
It
was
observed
oxides
exhibit
superior
discharge
capacity
cycling
stability.
The
indicates
it
vital
create
novel
large
surface
area,
active-conductive
profiles,
low
cost.
describe
challenges,
gaps,
future
perspectives
hope
could
draw
more
attention
high
capacity,
safety,
cycle
stability,
cost
promoting
their
practical
applications.
Clean Energy,
Год журнала:
2024,
Номер
8(4), С. 147 - 168
Опубликована: Май 22, 2024
Abstract
Hydrogen
has
gained
enormous
relevance
due
to
its
lower
carbon
footprint
and
potential
role
in
balancing
energy
supply
demand.
It
is
being
considered
as
a
sustainable
substitute
for
conventional
fuels.
The
generation
of
hydrogen
using
renewable
sources
still
development,
with
significant
challenge
lying
the
efficient
safe
storage
low
density.
This
hinders
widespread
adoption
hydrogen.
Compression
liquefaction
methods
face
issues
losses
that
reduce
their
effectiveness.
technology
advanced
significantly
past
few
years,
driven
by
recent
enhancements
synthesizing
carbonaceous
materials
capabilities.
article
critically
reviews
novel
storage,
including
biochar,
activated
carbon,
nanotubes,
nanocomposites,
aerogel,
fullerenes,
MXenes,
graphite,
graphene
derivatives.
Effective
adsorption
microporous
materials,
such
carbons,
crucial,
sparking
interest
economically
viable
options
storage.
Despite
this,
amount
work
needs
be
accomplished
before
advantages
economy
can
fully
realized
utilized
manufacturers
academics.
Deleted Journal,
Год журнала:
2024,
Номер
unknown, С. 32 - 46
Опубликована: Март 25, 2024
Currently,
converting
CO2
from
industrial
exhaust
into
fuel
is
a
challenging
issue
that
many
researchers
are
working
on.
As
it
obvious,
adsorption
and
conversion
two
distinct
processes,
there
need
for
special
materials
conditions
to
occur
in
each
of
them.
Lately,
have
been
efforts
combine
these
steps
by
using
dual
functional
(DFMs)
making
adsorbents
catalysts
simultaneously.
DFMs
comprise
components.
The
first
component
the
adsorbent,
which
can
get
oxides,
carbonates,
or
both.
second
catalyst,
typically
made
metallic
elements,
such
as
Nickel
Ruthenium.
Capturing
systems
DFMs,
innovative
developments,
suggested
ways
boost
efficiency
capture
discussed
this
review.
with
changed
perform
better
conversion,
according
sources.
