List of publications on a keyword: «transportation and storage»

A methodological approach is justified, according to which when developing a mathematical model for optimization of costs for transportation and storage of functional products, it is advisable to use the concept of a universal cereal product, defined as a calculated ratio of produced crops.

The option of upgrading a container for storing and transporting spent nuclear fuel was considered. The container is characterized in that the channels for accommodating neutron protection are decorated with metal pipes. Between the side surfaces of the metal pipes are installed inserts of neutron-protective material.

Variant of the design of a dual-purpose container for transporting and storing spent nuclear fuel has been proposed. It improves the manufacturability, reduces the mass of liquid iron for the manufacture of the casting of the hull, improves the degree of neutron protection and heat transfer characteristics without increasing the overall dimensions and wall thickness of the case.

Describes the design features and the principle of manufacturing a dual-purpose container for transporting and storing spent nuclear fuel using high-strength nodular cast iron.

For the formation of the knowledge base, new technical solutions for the storage and storage of spent nuclear fuel (SNF), protected by Russian patents in 2015-2018, are considered.

It is shown that when choosing the shock absorber design transport-packaging containers (TUK) for ICE, pre-curved wood can be used as the damping layer.

The prospects of production in ecologically safe transport packaging containers for transportation and storage of nuclear fuel waste are considered in Petrozavodsk. For this purpose, new technological and technical solutions have been patented.

It is shown that the formed knowledge base is an important factor in the development of new technical solutions for the transportation and storage of spent nuclear fuel for reactors of nuclear power plants. The patented solutions are given.

A method for manufacturing a container for transporting and storing nuclear fuel wastes is described. Provides weight reduction, simplification of machining, reduces the likelihood of occurrence of foundry defects.

It is shown the possibility of creating a container with a body made of high-strength cast iron with nodular graphite, used as part of a transport-packaging kit for the transportation and storage of spent nuclear fuel from reactors of nuclear power plants.