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Computational study is carried out to clarify the growth mechanisms and the effects of the silicon fraction in precursor on the fabricated nanopowders for metal–silicon binary systems (Co–Si, Mo–Si, and Ti–Si systems) under a thermal plasma condition, using a model that can simulate the collective and simultaneous combined processes of binary homogeneous nucleation, binary heterogeneous co-condensation,...
The roles of nucleation temperature and heat transfer of constituents used in the synthesis processes of transition metal boride (TMB) nanoparticles by radio frequency (RF) thermal plasma were investigated through the comparison between titanium and iron boride nanoparticles prepared in different raw powder feed rates. The molar ratio of metal boride in the product was decreased with increasing powder...
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