N.M. Barbin, M. R. Shavaleev, D. I. Terenitev, S. G. Alexeev
The thermodynamic modeling of radioactive graphite oxidation in molten Na2CO3–K2CO3–NiO and Na2CO3–K2CO3–CuO at a temperature ranging from 373 to 3273 K were carried out. The behavior of radionuclides was studied. The equilibrium constant of reactions was calculated.
thermodynamic modeling, equilibrium constants of reactions of radioactive graphite, radionuclides, heat, oxidation.