Abstract
Using the method of computer thermodynamic modeling, the behavior of carbon nanoparticles is studied C32 when heated in nitrogen atmosphere at pressure 105 Pa. The modeling consisted in a complete thermodynamic analysis of the system using the TERRA software package. Experiment temperature range – from 273 to 3373 К. A graph of the carbon balance in the system is built C32-N2, the ongoing physical and chemical processes are described, divided into four classes. The equilibrium constants of reactions with the allocation of temperature ranges are calculated and graphs of the dependence of the equilibrium constants of reactions on temperature are given.
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