High temperature radiation-defensive materials on basis for carbon-carbon compositions materials

Technology of creation of radiation-protective materials is shown by introduction of particles of metals in the complement of carbon-carbon of materials of compositions with their further encapsulation of pirocarbon at a gazofaznom compression. Introduction of iron and lead must provide good radiation-protective properties, and carbon basis must give material high mechanical and high temperature properties. It is shown that encapsulation of pirocarbon provides retaining of metal into composite even at a temperature, exceeding the temperature of his boiling.