FIELD: physics.
SUBSTANCE: proposed method relates to radar systems using ultrabroadband (UBB) signals intended for detection of subsurface objects and imagery thereof. In compliance with this invention, subsurface objects are sounded by central radiating aerial UBB signals and reflected signals are received by orthogonal electrical and magnetic aerials arranged on circumference of rotation. Measurement of current position of aerials, their altitude above underlaying surface and electromagnetic field components allows defining Pointing vector at multiple points of rotation circumference and calculating position of subsurface object reflecting points for object imagery. Changing receiving aerial rotation radius allows selecting most optimum aerial position for imagery of subsurface object from entire set of radar data.
EFFECT: increased comprehension of made measurements.
3 cl, 3 dwg
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