The
nano
bers
have
garnered
a
lot
of
interest
from
researchers
worldwide
owing
to
their
property
facile
modulation
properties,
which
in
line
could
pave
the
way
for
multiple
number
bene
cial
applications.The
surface
functionalization
through
coating
needs
be
delved
into,
thus,
unlock
multitude
possibilities
about
morphological
and
structural
characteristics.Utilizing
above
key
concepts
various
types
bers,
as-fabricated
precast
as
composites
sole
purpose
photo-deactivation
persistent
compounds
like
discarded
antibiotics
that
lead
bio-resistance.The
review
encompasses
an
outline
recent
works
regarding
utilization
coated
photodegradation
antibiotics.It
also
enforces
challenges
faced
by
real-world
applications
modi
cations
rami
need
done
this
regard.
Herald of Kazakh-British technical university,
Journal Year:
2024,
Volume and Issue:
21(4), P. 219 - 233
Published: Dec. 25, 2024
Among
a
large
number
of
physical
and
chemical
methods
for
obtaining
materials
with
various
functional
characteristics,
one
the
very
interesting
simple
is
sol-gel
technology.
Materials
synthesized
using
technology
have
high
homogeneity,
which
definitely
big
plus.
And
by
changing
initial
environmental
conditions
solution
parameters,
it
possible
to
control
size
shape
particles
obtained,
as
well
pore
structure
products.
At
present,
much
attention
paid
study
hierarchical
structures
based
on
tin
dioxide.
Since
they
are
distinguished
surface
area,
stable
physicochemical
properties,
low
cost
production,
friendliness
method,
permeability
density.
This
article
describes
results
synthesis
in
thin
films
The
lyophilic
film-forming
system
SnCl
4
/EtOH/
NH
OH.
A
direct
dependence
formation
volume
ammonium
hydroxide
additive
was
found.
helps
when
ratio
precursors.
consequence,
allows
influencing
final
characteristics
obtained
samples
their
further
use
transparent
conductive
coatings,
sensors
gases
(including
toxic
ones),
solar
panels,
etc.
Desalination and Water Treatment,
Journal Year:
2024,
Volume and Issue:
320, P. 100600 - 100600
Published: July 10, 2024
Plasma,
next
to
solids,
liquids
and
gases,
is
considered
the
fourth
state
of
matter,
occurring
in
ground
or
excited
state,
having
a
neutral
charge.
Its
scope
application
wide
constantly
expanding.
The
conducted
research
aimed
determine
impact
atmospheric
plasma
for
removing
selected
pharmaceuticals:
diclofenac
(DFC),
sulfamethoxazole
(SMX),
trimethoprim
(TMP),
carbamazepine
(CBZ)
caffeine
(CAF)
from
water
on
laboratory
scale.
concentration
tested
pharmaceuticals
was
20
mg/L.
analyzed
samples
were
exposed
continuous
stream
cold
plasma.
contact
time
sample
with
ranged
seconds
minutes
-
depending
pharmaceutical.
By
examining
degree
reduction
pharmaceutical
substances
before
after
treatment
process,
subjected
high-performance
liquid
chromatography
analysis.
removal
efficiency
individual
reached
up
98
%.
confirms
great
potential
using
as
tool
elimination
compounds.
Cold
can
be
used
purification
wastewater
treatment.
Based
effects
free
radical
oxidation,
UV
radiation
pyrolysis,
we
eliminate
dangerous
micropollutants
more
economical
effective
way.
The
nano
bers
have
garnered
a
lot
of
interest
from
researchers
worldwide
owing
to
their
property
facile
modulation
properties,
which
in
line
could
pave
the
way
for
multiple
number
bene
cial
applications.The
surface
functionalization
through
coating
needs
be
delved
into,
thus,
unlock
multitude
possibilities
about
morphological
and
structural
characteristics.Utilizing
above
key
concepts
various
types
bers,
as-fabricated
precast
as
composites
sole
purpose
photo-deactivation
persistent
compounds
like
discarded
antibiotics
that
lead
bio-resistance.The
review
encompasses
an
outline
recent
works
regarding
utilization
coated
photodegradation
antibiotics.It
also
enforces
challenges
faced
by
real-world
applications
modi
cations
rami
need
done
this
regard.
