FIELD: visual deception facilities, masking screens, in particular. SUBSTANCE: employment of screen makes it feasible to secure masking of military objects from enemy laser guidance systems. Given screen includes N cells, each cell being formed by two cylindrical surfaces and shape-forming surface. Specified cylindrical surfaces have variable inclination angle with regard to shape-forming surface of screen and masking coat in areas visible from directions of potential angle of incidence of beamed optical radiation. Coat absorbing optical radiation is applied on cylindrical surfaces in areas invisible from specified direction of optical radiation. EFFECT: masking of military objects from enemy laser guidance systems. 1 dwg
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