Abstract
The article describes the method for modifying the scintillation calorimeter detectors $$C$$ 3 ( $$S3$$ ) and $$C$$ 4 ( $$S4$$ ) of the GAMMA-400 space complex in order to obtain the possibility of detecting neutrons produced in the process of passing electrons (positrons) and high-energy protons through detector matter. The presented method will allow to increase the rejection factor of background radiation without degrading the basic capabilities of the detectors $$S3$$ and $$S4$$ .
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