3.4. Nanomaterials preparation
One of the first works published in this field comes from the Reisse group [72]. Nowadays, nanomaterials
preparation is one of the most active fields of research in sonoelectrochemistry. Nanoparticles of magnesium [73],
of tungsten [74], of copper [75], of palladium [76], of silver [77], of gold [78], of PbS [79], of copper oxide (I) [80],
of Au-Ag alloys [81], of Co-Fe alloys [82] have been synthesized by sonoelectrochemistry. In the same way,
nanotubes of CdSe [83], of TiO2 [84] have also been manufactured and these nanomaterials have been used in water
splitting processes [85]. Silver nanowires have also been synthesized by sonoelectrochemical methods [86].
3.4. Nanomaterials preparationOne of the first works published in this field comes from the Reisse group [72]. Nowadays, nanomaterialspreparation is one of the most active fields of research in sonoelectrochemistry. Nanoparticles of magnesium [73],of tungsten [74], of copper [75], of palladium [76], of silver [77], of gold [78], of PbS [79], of copper oxide (I) [80],of Au-Ag alloys [81], of Co-Fe alloys [82] have been synthesized by sonoelectrochemistry. In the same way,nanotubes of CdSe [83], of TiO2 [84] have also been manufactured and these nanomaterials have been used in watersplitting processes [85]. Silver nanowires have also been synthesized by sonoelectrochemical methods [86].
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