A detection of spin polarized tunneling current through the quantum dot in a circularly polarized magnetic field is investigated. Current operators and proposed of successive iterative procedure for elaboration those operators are introduced.
An unfluence of duration and conditions of storage on quality of the initial components used by manufacture of metal-plastic profiles is investigated. It is shown, that the storage period and humidity of air render essential influences on physic-technical characteristics of initial materials and on quality of the products made of them.
Time-depended hydrodynamic model TUBE 7 is used for modeling of field-aligned motions and temperature of polar ionosphere ions taking into account magnetosphere convection. It was shown tube geometry changing have a great influence on basic parameters of polar magnetosphere thermal plasma.
A variant of designing simulator of SPT electro-dynamic and static forces is considered. The structural diagram of the simulator, which is being modeled, including the description of the preliminary purpose of its functional units is presented. The methodical issues of evaluation of accuracy of dynamic characteristics reproduction by the SPT simulator are also considered.
Method of making calculations of magnetic field in application programs package NISA is presented, which makes possible to determine its parameters and topology with acceptable accuracy. Calculations allow to optimize construction of thruster’s magnetic systems, to determine electrical and life’s characteristics, anode and cathodes positions before fire tests.
The related processes of defining factors of ultrafast physical and chemical transformations of reactive powder systems at the front of the shock puls are investigated by computer simulation methods.
Results of analysis of the polarization structure of ionospheric signals. The orthogonally circular basis for assessing the polarization characteristics is used. The Pockels effect is experimentally verified.