DIRECTION DETERMINING METHOD ON A SOURCE OF OPTICAL RADIATION BY THE COMPONENT SCATTERED IN THE ATMOSPHERE Russian patent published in 2018 - IPC G01S17/06 

FIELD: quantum electronics.

SUBSTANCE: invention relates to the field of quantum electronics and can be used in trajectory measurement systems, as well as in systems for the accurate direction determination on optical radiation sources of air-based technology. Method for direction determining on the source of optical radiation from the component scattered in the atmosphere is based on the use of two electrooptical coordinators (EOC) with matrix photodetectors, in the initial position the plane of the photodetector field of the first electrooptical coordinator is perpendicular to the plane of the field of the second EOC, coordinate the photocells of the first electrooptical coordinator in the coordinate plane x0z and the photocells of the second electrooptical coordinator in the coordinate plane y0z, during the determining process the angular coordinates of the source of optical radiation the first and second electrooptical coordinators perform periodic oscillations with respect to the vertical axis 0z.

EFFECT: technical result is to provide the possibility of increasing noise immunity.

1 cl, 1 dwg