In recent years we observe the rapid growth of nanotechnology, including materials, technologies and devices
development. Going from micro- to nanoscale can result in new, specific physicochemical, mechanical, optical,
electrical, magnetic or catalytical properties. It all emerges from quantum effects and high contribution of surface atoms
causing high reactivity. Among others it can cause a reduction of the melting-temperature.
The goal of our work was to obtain a silver nanopowder from a thermal decomposition of silver salts of fatty acids.
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