Dynamical anthropogenic perturbations of ionosphere-magnetospheric plasma
AbstractA simulation of dynamical anthropogenic perturbations of ionosphere-magnetospheric plasma, in particular a moving of ions O+ and H+ is considered.
A simulation of dynamical anthropogenic perturbations of ionosphere-magnetospheric plasma, in particular a moving of ions O+ and H+ is considered.
Some results of numerical modelling of mechanical factors of cranial-cerebral injury caused be percussive stress are described. The usage of grid-characteristic method on unstructured grid is discussed. The authors intro-duce some mechanical-mathematical models of brain teguments and provide results obtained using different models.
A simulation of physical and chemical processes in reactive powder compacting materials such as Zr–B is considered. For many parametric studies related to physical and chemical processes an algorithm for distributed computations on a multiprocessor computer cluster is elaborated.
An comparative analysis for models of soil transfer of moisture on theory of moisture potential and capillary description is carried out.