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Information × Registration Number 0219U000670, 0118U003222 , R & D reports Title Models of observable dynamic processes in near space and methods for their mathematical interpretation and forecasting popup.stage_title Head Cheremnykh O.K., Registration Date 14-02-2019 Organization Space Research Institute popup.description2 1.The complex method of definition and analysis of wave disturbances of the thermosphere according to direct satellite observations is developed, implemented in the form of a set of algorithms, mathematical and software. 2.The formulation and possible ways of solving a new type of problems in the modeling of atmospheric acoust-gravitational waves are considered - determining the conditions for their effective action on the ionosphere, which in this case acts as a "active mirror" for them. The greater efficiency of the batch radiation of the ground-based acoustic generator of the laser center of the Nuclear Physics Institute of NASU-DKAU in comparison with the acoustic radiation of the earthquake cell has been demonstrated. It is shown that the distribution of the energy of radiation between incoherent modes yields an advantage in ionospheric efficiency compared with a monochromatic wave of the same energy. 3.A new approach is found to solve the problem of convergence and the mutual arrangement of spacecraft, which allows with the given speed and precision to make docking of spacecraft. 4.Investigated wave processes in solar plasma cylindrical structures. It is shown that the presence of a heat flux from the periphery of the plasma cylinder to the center can lead to the decay of the configuration. It has been established that vortices in the solar atmosphere can cause rise and deformation of the surface of the spikel (cylinder), and also cause it to rotate and break the spicules with energy release Product Description popup.authors В. Яценко Войцеховська А.Д. Губарев В.Ф. Жук І.Т. Кришталь О.Н. Крючков Є.І. Лізунов Г.В. Ладиков-Роєв Ю.П. Парновський О.С. Федоренко А.К. Черемних О.К. Я. Зєлик popup.nrat_date 2020-04-02 Close