Tentative estimation of possibilities of use of polymeric composite materials for increase of reliability of storage and the burial place of the radioactive waste

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Abstract

In article are considered fisic-mechanical properties of a composite material «Sintegran», their comparative analysis with the traditional materials used in mechanical engineering and other branches of a national economy is given. Considering escalating requirement for increase in container park and transport container at the reference from the Russian Open Society and with a view of metal consumption decrease, recommendations about application of a composite for manufacturing of containers are made. Results of studying of technological decisions in the field of composite processing Sintegran in products of different function have allowed to create pre-production models of essentially new class of materials - pekogranits. The description of manufacturing techniques of the container for storage and transportation ТРО on their basis is resulted.

About the authors

V N Barinov

Institute of problems of safe developmentof atomic engineering of the Russian Academy of Sciences

Institute of problems of safe developmentof atomic engineering of the Russian Academy of Sciences

V P Kamenev

ОАО «Scientifically-research design-technological bureau «Onega»

ОАО «Scientifically-research design-technological bureau «Onega»

M A Kozhin

ОАО «Scientifically-research design-technological bureau «Onega»

ОАО «Scientifically-research design-technological bureau «Onega»

N N Kuzmin

Peoples' Friendship University of Russia

Инженерный факультет; Российский Университет дружбы народов; Peoples' Friendship University of Russia

V A Rogov

Peoples' Friendship University of Russia

Инженерный факультет; Российский Университет дружбы народов; Peoples' Friendship University of Russia

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Copyright (c) 2009 Barinov V.N., Kamenev V.P., Kozhin M.A., Kuzmin N.N., Rogov V.A.

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