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The scientific apparatus "Gamma-400" designed for study of hadron andelectromagnetic components of cosmic rays will be launched to an elliptic orbitwith the apogee of about 300 000 km and the perigee of about 500 km. Such aconfiguration of the orbit allows it to cross periodically the radiation beltand the outer part of magnetosphere. We discuss the possibility to use hybridpixel detecters based on the Timepix chip and semiconductive sensors on boardthe "Gamma-400" apparatus. Due to high granularity of the sensor (pixel size is55 $mu$m) and possibility to measure independently an energy deposition in eachpixel, such compact and lightweight detector could be a unique instrument forstudy of spatial, energy and time structure of electron and proton componentsof the radiation belt.

On the possibility to use semiconductive hybrid pixel detectors for study of radiation belt of the Earth