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Due to the fact that the scattering takes place on the traveling grid, the electromagnetic wave reflected from it, is Doppler shifted by the value of df = 100 Hz. The problem of the relaxation of the trace of the body moving under water at a depth of y0 = 200 m, with velocity V0 = 10 m / s, and having the power of heat P = 130 MW. It is shown that the range of the body is of the order of S = 1000 km To a height of h = 2 km they raise mirror-lens telescopes with a mirror diameter dm = 0.7 m and mosaic photo detector devices. The observation angle of each telescope is of the order of 5 degrees. It is shown that at a distance of 400 km from the irradiated region it is possible to extract the reflected signal from the background and separate it from the noise.
About the author
DOLYA, SERGEY NIKOLAYEVICH, was born in Kharkov, Ukraine on June 12, 1950. In 1967 he entered the Kharkov State University and graduated in 1973 with a degree in physics, specialization ¿ Accelerator Physics. In 1972 he started working at the Department of New Methods of Particle Acceleration of the Joint Institute for Nuclear Research (JINR).
