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Information × Registration Number 0217U001287, 0115U000522 , R & D reports Title Developing means to enchance the linear electro-shock accelerators and power devices popup.stage_title Head Bolyukh Volodymyr, Registration Date 06-02-2017 Organization The Kharkov state polytechnical university popup.description2 The object of study - linear electro-shock accelerators, which provide high speed in a short segment of acceleration, and power devices, providing significant mechanical shocks, scientific, industrial, and defense appointment. Subject of investigation - complex of scientific and technical means to improve the efficiency LESA operating in different modes of function, control and operation. The project aims is improving the efficiency of linear accelerators and pulsed electromechanical power devices scientific, industrial and defense appointment. Research methods - mathematical modeling, computer simulations and experimental research in the laboratory. The mathematical models are developed and original constructions LESA sre proposed in the presence of the ferromagnetic core, multielement anchors and/or inductor, the combined magnetic-electromagnetic screen, cryogenic cooling of the active elements, the power of the combined action between the active elements and the axial asymmetry. The method of synthesis parameters using highly LESA 3D mathematical model is developed. A LESA designed to protect information on digital media, a set of tools to improve the accuracy of ballistic laser gravimeter, high-speed limiter short circuit current, the concept gazodetonatsiynogo electromechanical booster, electro-mechanical system of rapid cryogenic cooling of biological objects are developed. The efficiency LESA scientific, industrial, and defense through the use of advanced mathematical models that take into account the axial asymmetry (right anchor, the availability of technological and special holes in the anchor, shift and tilt of the armature relative to the inductor, etc.), the presence of the ferromagnetic core and the screens of some form, special cooling system including cryogenic, electronic control systems is increased. New constructions of LESA, which effectively used the complex electrodynamic repulsive forces and electromagnetic forces of attraction between the active elements are developed. Product Description popup.authors Вінніченко Олександр Іванович Гончаров Євген Вікторович Данько Володимир Григорович Коритченко Костянтин Володимирович Кочерга Олександр Іванович Месенко Олександр Петрович Олексенко Сергій Володимирович Сакун Олександр Валерійович Щукін Ігор Сергійович popup.nrat_date 2020-04-02 Close