Practice, progress, and proficiency in sustainability,
Journal Year:
2024,
Volume and Issue:
unknown, P. 143 - 153
Published: May 10, 2024
The
strength
of
a
nation
always
stems
from
the
resilience
each
its
individuals.
A
vibrant
and
well-functioning
society
is
built
upon
well-being
citizens.
increasing
fascination
with
nanotechnology
has
prompted
shift
in
perspective,
emphasizing
microscopic
examination
problems
to
devise
solutions.
Nanomaterials
are
now
integral
various
scientific
disciplines,
their
application
healthcare
marking
groundbreaking
development
that
enhances
delivery
quality
patient
care.
significant
share
nanomaterials
created
for
these
purposes
presently
rely
heavily
on
energy-intensive
production
methods
non-renewable
resources.
Furthermore,
there
exists
substantial
delay
between
swift
advancement
or
discovery
unsustainable
potential
long-term
impacts
environment,
human
health,
climate.
Hence,
an
immediate
requirement
create
sustainable
manner,
utilizing
renewable
natural
resources
while
minimizing
societal
impact.
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(24), P. 16851 - 16851
Published: Dec. 14, 2023
Coal
fly
ash
(CFA)
is
the
primary
solid
waste
generated
by
coal-fired
industry,
and
predominant
treatment
methods
include
accumulation,
landfill,
production
of
cement-based
building
materials.
However,
availability
these
relatively
limited,
there
a
need
for
technological
upgrades.
The
extensive
accumulation
not
only
leads
to
environmental
pollution
but
also
has
detrimental
effects
on
human
health.
With
its
loose
structure
main
chemical
components
Al2O3
SiO2,
CFA
conducive
synthesis
promising
nanoporous
materials
applications
in
adsorption.
use
as
raw
material
can
significantly
reduce
preparation
costs,
improve
comprehensive
utilization
efficiency,
manufacture
more
valuable
products,
aligning
with
current
strategy
sustainable
development.
Currently,
most
widely
used
method
hydrothermal
synthesis.
This
review
focuses
principles,
methods,
influencing
factors
synthesis,
particular
emphasis
CFA-based
mesoporous
silica,
zeolites,
metal–organic
frameworks
(MOFs),
which
have
been
systematically
reviewed
previously.
quality
synthesized
be
finely
adjusted
through
process.
A
comparison
advantages
disadvantages
each
process
will
made,
impact
conditions
synthetic
products
analyzed.
Additionally,
brief
discussion
latest
research
advances
their
adsorption
provided.
Finally,
relevant
challenges
issues
proposed.
Chalcogenide Letters,
Journal Year:
2023,
Volume and Issue:
unknown, P. 863 - 870
Published: Dec. 20, 2023
Novel
nanocomposite
structure
has
been
made
from
physical
mixing
of
polymer
blend
consist
PMMA,
PEO
and
PS
filled
with
selenium
nanoparticles.
The
had
deposited
on
glass
slide
by
drop
casting
to
form
a
thin
film.
This
film
was
examined
required
instrument
like
FESEM,
XRD,
EDS
UV-Vis
show
the
main
properties
it.
XRD
results
were
reflected
crystallinity
nature
NPs.
SEM
result
shows
porosity
prepared
,
where
pore
size
ranging
nano
micro
all
surface
Also
indirect
direct
bandgaps
estimated
presented
equal
3.77
4
eV.
International Journal of Molecular Sciences,
Journal Year:
2023,
Volume and Issue:
24(21), P. 15599 - 15599
Published: Oct. 26, 2023
The
landscape
of
ophthalmology
is
undergoing
significant
transformations,
driven
by
technological
advancements
and
innovations
in
materials
science.
One
the
this
evolution
application
nanoporous
materials,
endowed
with
unique
physicochemical
properties
ideal
for
a
variety
ophthalmological
applications.
Characterized
their
high
surface
area,
tunable
porosity,
functional
versatility,
these
have
potential
to
improve
drug
delivery
systems
ocular
devices.
This
review,
anchored
comprehensive
literature
focusing
on
studies
published
within
last
five
years,
examines
applications
(DDS),
contact
lenses,
intraocular
lenses.
By
consolidating
most
current
research,
review
aims
serve
as
resource
clinicians,
researchers,
material
scientists
engaged
rapidly
evolving
field
ophthalmology.
Nanoscale,
Journal Year:
2024,
Volume and Issue:
16(9), P. 4668 - 4677
Published: Jan. 1, 2024
A
simple
model
for
functionalized
disordered
porous
media
is
proposed
and
the
effects
of
confinement
on
self-association,
percolation
phase
behavior
a
fluid
patchy
particles
are
studied.
The
formed
by
randomly
distributed
hard-sphere
obstacles
fixed
in
space
decorated
certain
number
off-center
square-well
sites.
properties
particles,
represented
hard
spheres
each
bearing
set
sites,
studied
using
an
appropriate
combination
scaled
particle
theory
media,
Wertheim's
thermodynamic
perturbation
theory,
Flory-Stockmayer
theory.
To
assess
accuracy
computer
simulations
have
been
performed.
In
general,
predictions
appeared
to
be
good
agreement
with
simulation
results.
Confinement
competition
between
formation
bonds
connecting
matrix,
gave
rise
re-entrant
three
critical
points
two
separate
regions
liquid-gas
coexistence.
Practice, progress, and proficiency in sustainability,
Journal Year:
2024,
Volume and Issue:
unknown, P. 143 - 153
Published: May 10, 2024
The
strength
of
a
nation
always
stems
from
the
resilience
each
its
individuals.
A
vibrant
and
well-functioning
society
is
built
upon
well-being
citizens.
increasing
fascination
with
nanotechnology
has
prompted
shift
in
perspective,
emphasizing
microscopic
examination
problems
to
devise
solutions.
Nanomaterials
are
now
integral
various
scientific
disciplines,
their
application
healthcare
marking
groundbreaking
development
that
enhances
delivery
quality
patient
care.
significant
share
nanomaterials
created
for
these
purposes
presently
rely
heavily
on
energy-intensive
production
methods
non-renewable
resources.
Furthermore,
there
exists
substantial
delay
between
swift
advancement
or
discovery
unsustainable
potential
long-term
impacts
environment,
human
health,
climate.
Hence,
an
immediate
requirement
create
sustainable
manner,
utilizing
renewable
natural
resources
while
minimizing
societal
impact.
