FIELD: metallurgy.
SUBSTANCE: invention relates to metallurgy field, particularly to receiving of composite material. Composite material contains envelope, implemented from the material with high electrical conductance, and core, totally covered by envelope. Additionally envelope is implemented from pentagonal microchip in the form of tube, and core is implemented from high-strength filamentous fiber. Method of manufacturing of composite material is that on indifferent to precipitated material of electricity-conductive underlayer by envelope material plating from electrolyte there are received metal pentagonal microchips. Then to the one of ends of selected pentagonal microchip it is attached wire, from the other end into cavity of pipe it is introduced end of fiber or filamentary crystal, which is used in the capacity of core of composite material. After what chip is broken away from underlayer and it is placed into electrolyte. Then, using pentagonal microchip in the capacity of cathode, it is implemented electrodeposition of metal from the electrolyte. Additionally during the process of electrodeposition pentagonal microchip is taken out from the electrolyte at a rate of its growing, forming envelope.
EFFECT: fortification and wear resistance increasing of the material.
3 cl, 4 dwg, 1 ex
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Authors
Dates
2009-07-27—Published
2007-09-03—Filed