In
this
study,
we
prepared
a
multifunctional
membrane
by
functional
group
activity
and
free
radical
reaction,
which
can
be
used
for
oil-water
separation,
emulsion
heavy
metal
ion
adsorption,
as
well
removal.
Realized
multifunctionality
of
membranes.
Several
common
chemicals
are
processed
polymerized
using
their
properties
to
achieve
the
corresponding
functions,
no
metal/non-metal
nanoparticles
added,
is
more
environmentally
friendly.
The
polymer
polyethyleneimine
(PEI)
has
capacity
adsorb
ions,
highly
reactive
imine
react
directly
with
carboxyl
in
acrylic
acid
(AA).
Processed
PEI
copolymerized
ternary
copolymer
methacryloxyethyl
trimethyl
ammonium
chloride
(DMC)
antimicrobial
property,
form
stable
network
structure.
membrane's
rough
structure
innate
superhydrophilic
characteristics
explain
its
high
permeate
flux
separation
efficiency
over
98%.
also
excellent
performance
self-cleaning
ability,
effectively
treat
oil
viscosity.
addition,
polymers
possessed
E.
coli
resistance
ability
copper
ions.
wastewater
treatment
water
disinfection
involving
ions
given
new
direction
study.
Nano-Micro Letters,
Journal Year:
2024,
Volume and Issue:
16(1)
Published: Jan. 4, 2024
Superhydrophobic
surface
(SHS)
has
been
well
developed,
as
SHS
renders
the
property
of
minimizing
water/solid
contact
interface.
Water
droplets
deposited
onto
with
angles
exceeding
150°,
allow
them
to
retain
spherical
shapes,
and
low
adhesion
facilitates
easy
droplet
collection
when
tilting
substrate.
These
characteristics
make
suitable
for
a
wide
range
applications.
One
particularly
promising
application
is
fabrication
microsphere
supraparticle
materials.
offers
distinct
advantage
universal
platform
capable
providing
customized
services
variety
microspheres
supraparticles.
In
this
review,
an
overview
strategies
fabricating
supraparticles
aid
SHS,
including
cross-linking
process,
polymer
melting,
template
evaporation
methods,
first
presented.
Then,
applications
formed
are
discussed
in
detail,
example,
photonic
devices
controllable
structures
tunable
structural
colors,
acting
catalysts
emerging
or
synergetic
properties,
being
integrated
into
biomedical
field
construct
different
medicinal
purposes,
utilized
inducing
protein
crystallization
detecting
trace
amounts
analytes.
Finally,
perspective
on
future
developments
involved
research
given,
along
some
obstacles
opportunities.
Journal of Materials Chemistry A,
Journal Year:
2023,
Volume and Issue:
11(35), P. 18679 - 18688
Published: Jan. 1, 2023
Superhydrophobic
glass
fabricated
by
repeated
dewetting
methods
yields
a
remarkable
improvement
in
anti-accumulation
properties
of
solar
cells
against
multiphase
contaminants.
ACS Applied Materials & Interfaces,
Journal Year:
2023,
Volume and Issue:
15(29), P. 35311 - 35320
Published: July 12, 2023
The
stacked
riblet-like
shark
scales,
also
known
as
dermal
denticles,
allow
them
to
control
the
boundary
layer
flow
over
skin
and
reduce
interactions
with
any
biomaterial
attached,
which
guide
design
of
antifouling
coatings.
Interestingly,
scales
are
a
wide
variation
in
geometry
both
across
species
body
locations,
thereby
displaying
diversified
capabilities.
Inspired
by
multifarious
stretchable
scale-patterned
silica
hollow
sphere
colloidal
crystal/polyperfluoroether
acrylate-polyurethane
acrylate
composite
film
is
engineered
through
scalable
self-assembly
approach.
Upon
stretching,
patterned
photonic
crystals
feature
different
short-term
antibacterial
long-term
anti-biofilm
performances
distinguished
color
response
under
varied
elongation
ratios.
To
gain
better
understanding,
dependence
ratio
on
antiwetting
behaviors,
performances,
structural
changes
has
been
investigated
this
research.
Molecules,
Journal Year:
2024,
Volume and Issue:
29(9), P. 2098 - 2098
Published: May 1, 2024
Multiscale
nano/micro-structured
surfaces
with
superhydrophobicity
are
abundantly
observed
in
nature
such
as
lotus
leaves,
rose
petals
and
butterfly
wings,
where
microstructures
typically
reinforce
mechanical
stability,
while
nanostructures
predominantly
govern
wettability.
To
emulate
hierarchical
structures
nature,
various
methods
have
been
widely
applied
the
past
few
decades
to
manufacture
of
multiscale
which
can
be
functionalities
ranging
from
anti-icing
water–oil
separation
self-cleaning.
In
this
review,
we
highlight
recent
advances
superhydrophobic
surfaces,
particular
focus
on
non-metallic
materials
they
used
daily
life
due
their
lightweight,
abrasion
resistance
ease
processing
properties.
This
review
is
organized
into
three
sections.
First,
fabrication
introduced
strengths
weaknesses.
Second,
four
main
application
areas
anti-icing,
separation,
anti-fog
self-cleaning
overviewed
by
assessing
how
why
need
incorporated
carry
out
performances.
Finally,
future
directions
challenges
for
presented.
Langmuir,
Journal Year:
2023,
Volume and Issue:
39(29), P. 10280 - 10288
Published: July 14, 2023
The
phenomenon
of
droplets
impacting
elastic
surfaces
is
common
in
nature
and
many
engineering
applications.
It
has
been
shown
that
droplet
impact
on
an
surface
drastically
reduces
contact
time
hinders
spreading.
However,
most
the
current
studies
are
based
experiments,
analysis
influence
mechanism
substrate
dynamic
behavior
not
complete.
In
addition,
simulations
substrates
mainly
focused
2D
films
or
vibrating
rigid
substrates,
ignoring
effect
3D
deformation
behavior.
Therefore,
this
paper,
we
propose
to
model
a
hydrophobic
using
molecular
dynamics
method.
We
find
pancake
rebound
can
substantially
reduce
time.
Moreover,
record
conditions
required
for
droplet.
Furthermore,
investigated
effects
modulus
initial
velocity
time,
area,
spreading
factor.
This
study
further
elucidates
provides
theoretical
guidance
regulating
related
fields.
