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L. Kozhitow A. Kostikoia. V. Kozlov. Zh. \fyrkhalvkov. A. Saipow FEATURES OFFeNi3 NANOPARTICLES IN POLYACRYLONITRILE FORMATION UNDERINFRARED HEATING

CONCLUSION

Thus the method of composite obtaining based on nanoparticles FeNi₃ in the carbon materiał    from    the    system

FeCl₃- 6H₂0/NiCl₂- 6H₂0/P AN is developed under the infrared heating; the possibility of Fe and Ni reduction from metal chlorides by means of hydrogen emitted at temperaturę higher than 300°C under the polymer destruction is confirmed by the thcrmodynamic calculation. FeNi₃ nanoparticle formation in the rangę from 20 to 60 nm is defined by X-ray phase analysis and using scanning electron microscopy.

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