Doroshko G.P., Barbin N.M.
The second series of reports presents a special version of the application (TTA) of the theory of
temperature analysis of graphite, Na2
CO3
, K2
CO3
, Li2
CO3
, NiO, CuO from the standpoint of the mutual
functioning of atoms i
С, i
O, i
Na, i
K, i
Li, i
Cu, i
Ni in the molecular redox process on the example of the study
of ΔTEDS increments by heating carbonate and oxide powders. Additional data have been obtained for
the development of a model of chemical-thermal initiation (CTI) of the radioactive graphite processing
process. In P1, an assessment of the relationship between the increments of the EDS potential and the
mechanics of local shears and cracks of graphite grain crystals is given. The periodicity of stationary
states is considered as a stable system of reference for the temperatures of the boundaries of the activated
surfaces of the internal environment of the graphite body.
Keywords: radioactive waste, reprocessing, deactivation, thermal processes, models, atomic system, graphite, functions of
atoms, functionality, temperature analysis, stationarity, periodicity, surface, gases, oxidation, reduction, sorption, supports,
bridges.
DOI: 10.25791/infizik.4.2025.1469
Pp. 03-14. |
