A kinetic model of the formation of stable metal-carbon clusters, which hav
e been designated metallocarbohedrenes, is developed.
The metals chosen for the theoretical analysis were titanium and zirconium.
An optimum starting composition of composite electrodes was found. The ful
lerene and Met-Car yields for different metal-to-carbon mass ratios were de
termined. The maximum yield of Ti8C12 was 0.4% while the maximum yield of Z
r8C12 was 0.6%. The theoretical mass spectra of carbon and metallocarbon cl
usters were explored.