Estimation of Intensity ofConsumption of Oxygen Constructional Steels of Primary Coolant Circuit Power Reactor Facility with Heavy Heat-Carriers
On the basis of the executed experimental researches on influence of temperature and an oxygen mode of heavy liquid-metal heat-carriers on intensity of course of oxidizing processes of their interaction with various constructional steels the technique of numerical estimations of local and integrated streams of the oxygen spent for oxidation of internal surfaces of the first contour of reactor installations is developed. Use of the given technique allows carrying out tentative estimations of results of long operation of constructional steels, to prove use optimum from the point of view mass carry oxygen modes of the heat-carrier, to form requirements to systems of technology of the heat-carrier.