Generation of metal nanoparticles includes three main stages,
namely the reduction reaction of metal ions to free atoms, nucleation
and growth. Recent studies showed that, the reaction kinetics
and experimental conditions play important roles for the nucleation
and growth stages. Reduction of metal salt precursors to the
elemental metal nanoparticles plays a crucial role, and generally
requires a reducing agent and a stabilizer one, in order to obtain
shape and size controlled metal nanoparticles (MNPs). Therefore,
all of afore mentioned methods in the literatures used for synthesis
of nanometals become an attractive field for research in
order to transform the sized controllable nanoparticles potential