Gas formation in production of a cellular glass is considered for the case when the hydrate mechanism is operative and water vapor is used as oxidizing agent. It is shown that the presence of carbon in the system leads to a steam conversion and larger volume of released gases. Differences in the structure of materials obtained with different carbon reducing agents and formation depth of polysilicates in the raw material are discussed. It is shown that a light cellular glass can be obtained.
Russian Journal of Applied Chemistry – Springer Journals
Published: Jun 25, 2015
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