Container for transportation of the nuclear energy installation of a space vehicle

Nowadays the main power supply sources of artificial space satellites of the Earth and space vehicles (SV) are solar batteries (SB). However it is a source of power with nonlinear and unsteady internal resistance. Besides, their characteristics are to a great extent changed in operational process - SB generate maximum energy coming out of shadow of the Earth which decreases with battery warming-up. Further SB degrade by the influence of space ionizing radiation. At that there are also the difficulties with opening and supplying the demanded orientation. The most effective and stable source of energy can be the nuclear installations JNI). However the most important condition for their use is supplying of radiation safety by the storage at factory conditions and transportation wherefore a transporting container is used. The original construction of the container for NI SV, the most important element of which is a metallic rubber shock-absorber that is a metallic composite consisted of metallic spiral pressed into rubber, is presented in the article. Its destination is in a decreasing of a vibration amplitude that prevents the container from damages during transportation. The nanopowder of carbon was previously introduced into rubber for increasing the physical-mechanical and operational characteristics of shock-absorber.