FIELD: information technologies.
SUBSTANCE: method includes arrangement of a radio electronic information device inside a combustible charge located in a perforated jacket of a reactor, and reservoirs with fluorine oxidiser (FO) are arranged inside this charge in a reactor. In case of unauthorised opening of a reactor, simultaneously at least one reservoir with (FO) is unsealed, and (FO) is fed to the charge to initiate a process of high-temperature synthesis in combustion mode in a reactor. Total quantity of (FO) in all reservoir is equal to the following: m ≥ n · 0,01 M, where: m - total amount of (FO) in all reservoirs, g; n - number of reservoirs with (FO), pcs.; M - mass of a combustible charge, g. Reservoirs with (FO) are fixed to each other and to internal walls of the perforated reactor jacket.
EFFECT: reliable protection of information contained in radio electronic units with microchip boards.
2 cl, 1 tbl, 3 ex
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Authors
Dates
2011-05-27—Published
2009-01-15—Filed