Simulating the radiation transformations in rocks-potential media for radioactive waste disposal

Application of Active Thermography for Defectoscopy of Technological Equipment on Objects of the Nuclear Power Plants

“…The technology of remote infrared radiometry based on the registration of the infrared radiation from the surface of the control objects and the subsequent analysis of their thermal images (thermal cards, thermograms) are the basis of the thermal imaging control and defectoscopy technique. The spatiotemporal distribution of temperature on the surface of physical objects reflects their structure, is an information field, by means of which hidden defects and defect-forming zones are detected, a classification of defects is carried out [1][2][3]. The presence of a defect in such a diagnosis is reflected by the magnitude of the abnormal change in the radiation temperature and the nature of its distribution on the background of a defectfree temperature level, formed by inhomogeneities of the radiation ability of the surface of the object of control and the fluctuations of the radiation temperature of the noise components of the external obstacles.…”

Thermographic Monitoring of Nuclear Power Plant’s Spray Ponds Using Infra-Red Data Processing Methods

“…In this case, the temperature field During the startup acceptance tests, it is necessary to observe the absence of leaks from the reservoir and record any detected defects in a special journal over a period of 2-3 days. As noted in previous works [7,8], the locations of water filtration are identified through thermographic observations, since moist poured soil has different heat exchange regimes from dry soil.…”