Abstract
Using the BET, IR, and mass-spectrometry methods, the effect of pre-pyrolysis heat treatment in nitrogen and in air on the structure of nonporous ceramics obtained by pyrolysis of an organosilicon polymer in nitrogen at a temperature of 600°C is investigated. An explanation of the effect of pre-pyrolysis heat treatment and its conditions on the formation of the structure of the polymer and the polymer-based ceramic is offered in the context of synergism.
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