Agronomy,
Journal Year:
2024,
Volume and Issue:
14(12), P. 2753 - 2753
Published: Nov. 21, 2024
Global
food
security
is
a
critical
issue,
necessitating
greater
attention
to
the
relationship
between
agricultural
productivity
and
ecological
environment.
Super-wetting
materials,
with
their
unique
micro-rough
structures
low
surface
energy,
hold
significant
potential
for
addressing
challenges
in
engineering.
This
review
explores
research
landscape
of
super-wetting
materials
by
analyzing
temporal
distribution,
institutional
scholarly
contributions,
co-occurrence
networks,
emerging
keywords.
These
analyses
reveal
strengths,
hotspot
distributions,
evolving
concepts,
development
trends
field.
Additionally,
recent
advances
application
engineering—such
as
films,
controlled-release
fertilizers,
pesticide
spraying—are
highlighted.
In
future,
prospects
engineering
are
proposed
combination
trend,
which
provides
support
inspiration
cultivating
developing
new
quality
productive
forces
agriculture
promoting
sustainable
development.
Environmental Functional Materials,
Journal Year:
2024,
Volume and Issue:
unknown
Published: June 1, 2024
The
formidable
challenge
of
membrane
fouling
by
high-viscosity
oils
remains
a
primary
impediment
to
the
sustainable
application
separation
membranes
in
treating
oil-contaminated
wastewater.
Consequently,
there
is
an
imperative
for
development
wastewater
treatment
endowed
with
self-cleansing
capabilities.
current
review
aims
delineate
landscape
tailored
Embarking
from
foundational
theories
and
benchmarks
self-cleansing,
functionalities
were
classified
into
active
passive
modalities.
We
encapsulate
strides
made
research,
encompassing
domains
such
as
super-wettable
surfaces,
synchronously
filtered
post-filtration
high-efficiency
while
concurrently
identifying
extant
constraints
prospective
trajectories.
By
meticulously
categorizing
dissecting
functionalities,
aim
this
work
delving
fundamental
tenets
within
intended
wastewater,
furnishing
guidance
design
advancement
oil-water
membranes.
