Abstract
In heterogenous catalysis, the supports derived from graphite and carbon-graphite materials constitute a unique and exceptionally attractive group. The lamellar compounds of graphite with various kinds of electron acceptors and donors show catalytic activities on the following reactions: the oxidation of organic compounds with molecular oxygen, many sorts of polymerization, alcohol and formic acid dehydrogenation, hydrogenation and isomerization of olefins and acetylenes, ammonia synthesis from nitrogen and hydrogen, and also CO hydrogenation. Furthermore, the transition metal lamellar compounds of graphite are highly active catalysts in the process of the graphite-to-diamond conversion.
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