Abstract
We present the results from a comparative analysis of the structures of isotropic pyrocarbon and pyroboroncarbon performed by means of transmission electronic microscopy. It is shown that the structure and properties of both materials depend on the mutual alignment of the hexagonal carbon networks forming a pyrocarbon phase. The formation of a pyrocarbon phase in pyroboroncarbon is influenced by monocrystal inclusions with sizes of 10 to 20 nm.
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