Engineering Physics Annotation << Back TEMPERATURE ANALYSIS TO THE PROBLEM OF THERMODYNAMIC MODELING OF HEATING PROCESSES OF RADIOACTIVE GRAPHITE. CH. 1. METHOD OF DATA PROCESSING G.P. DOROSHKO, N.M. BARBIN A variant of additional processing of the results of thermodynamic calculations for estimating the effect of phases in the general sequence of inclusion of nuclides U, Cl, Pu, Be, Ni, Am of radioactive graphite, when carbon dioxide is heated in the atmosphere, is presented. Part 1 shows the method of preparing the database taking into account the rhythm of the process of achieving the equilibrium composition of the phases in a wide temperature range. By the method of temperature analysis (TmA), the necessary dimension is introduced to determine the temperatures of the beginning and end of the acts of atomic reciprocity. With this expansion, the thermodynamic model can further serve to solve the problems of controlling the fragmentation process of long-lived radionuclides in coordination with the detection data. Keywords: radioactive graphite, phase compositions, gases, thermal processes, thermodynamic modeling, temperature analysis, stationarity, periodicity, reciprocity, chemistry of radionuclides. DOI: 10.25791/infizik.2.2023.1311 Pp. 14-22.