A novel ap
liquid pha
described
size of 5-8
an importa
stability of
and enviro
Preliminar
growth. Th
soil and th
pproach for gr
ase reaction at
approach give
80 nm. The co
ant role in the g
f the biosynthe
onmentally fr
ry results indi
his enhanceme
he potential nut
reen synthesis
t ambient tem
es highly cryst
oncentrations o
green synthesi
esized SNPs. T
riendly biomat
cated that SN
ent suggests th
tritional value
of sulfur nano
mperature and
talline pure su
of Melia azeda
is of sulfur nan
Thus it can be
terial acting a
NPs suppress c
hat a result of t
of SNPs throu
oparticles by u
atmospheric p
ulfur nanopart
arach leaves e
noparticles. XR
concluded tha
as stabilizing
crop disease a
the reduction o
ugh producing
sing Melia aze
pressure has b
ticles with uni
extract and sod
RD, SEM and
at plant extracts
and dispersin
and subsequen
of the presenc
sulfur organic
edarach leaves
been reported
iform shape an
dium thiosulfa
FT-IR suppor
s can be used a
ng agent in s
ntly enhance th
ce of pathogeni
c compounds in
s extract in on
for first time.
nd average pa
ate ions are pla
rt the formation
as simple, low
synthesis of S
he Cucurbita p
ic organisms i
n the plant.
e-pot
The
rticle
aying
n and
w-cost
SNPs.
pepo
n the