The intensity of the SPR absorption band was taken as an indicator of the total amount of synthesized silver nanoparticles.
Moreover, the impact of the organic-inorganic ratio and the number of dip-reduction cycles on the total amount of synthesized silver nanoparticles has been studied.
The most important industrial use of iodine compounds is the small amount of silver iodide used with silver bromide in photography.
A multilevel statistical model was built to quantify if there was a significant difference in: a) extent of silver lost, b) initial amount of silver lost, c) silver lost for water of different quality, and d) total coliform removal.
The antibacterial activity depended on size of the nanocomposites, amount of silver nanoparticles, and amount of monomer acid present within the hydrogel silver nanocomposites.
The antibacterial property of silver depends on the amount of silver and its reduction rate in the test environment.
Silver nanoparticles with a small diameter were well distributed using an optimized amount of silver ammonia complex in the composite.
In this way, a considerably smaller amount of silver is needed.
