Описано применение метода колориметрической градации для определения структурных отличий в объёме традиционного керамического образца по R , G , B составляющим и их распределениям. Определена основная рабочая цветовая компонента R (красная), контролирующая состояние железа и степень завершенности фазовых превращений в материале во время технологических процессов.
Application of the method of colour gradation to determine the structural differences in the volume of traditional ceramic sample by coordinates R, G and B and their distributions is described. The method is based on statistical processing of values of R, G, B - coordinates of the individual cells - and a reasonable selection of taxa with representative cells with specific characteristics. It is shown that in this case the main color component is red (R), which controls the state of iron and the degree of completeness of phase transformations in the material during technological processes.
The authors declare that there are no conflicts of interest present.