Nalyvaychuk M. Methods and means of computer information processing in adaptive satellite superconducting gravimeters

The dissertation is devoted to the solution of scientific and practical problem, which consists in creation of perspective devices for measurement of gravitational perturbations using new approaches to construction of a sensitive element, namely use of the phenomenon of magnetic levitation of a ring which is in a state of superconductivity. The paper substantiates the methods of construction of such devices with the prospect of use on small satellites, suitable for obtaining operational information on the gravitational field. Mathematical models of dynamics and stability of the controlled superconducting suspension are developed. Numerical algorithms for estimating the magnitude of gravitational perturbation affecting the levitation test body are constructed. The technology of creating a satellite gravimeter based on high-temperature superconducting nanofilms is substantiated. A method of using a supernatural gravimeter for research and determination of mineral deposits is proposed.