The synthesis of metallic and semiconducting nanoparticles from reactive melts of precursors
The decomposition of melts of single-source precursors has yielded a range of interesting
nanocrystals. The metal and semiconductor nanomaterials produced often display very
exotic morphologies. These solventless, self-capping reactions are exceedingly simple and
potentially scalable. In this review we survey all examples known to us of this approach to
nanoparticle synthesis.
nanocrystals. The metal and semiconductor nanomaterials produced often display very
exotic morphologies. These solventless, self-capping reactions are exceedingly simple and
potentially scalable. In this review we survey all examples known to us of this approach to
nanoparticle synthesis.
The decomposition of melts of single-source precursors has yielded a range of interesting nanocrystals. The metal and semiconductor nanomaterials produced often display very exotic morphologies. These solventless, self-capping reactions are exceedingly simple and potentially scalable. In this review we survey all examples known to us of this approach to nanoparticle synthesis.
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