Abstract
A novel non-destructive method for quality control of new protective linings on a metal substrate and an assessment of their state during their service life using microwave spectroscopy within a wide frequency range from 6.5 to 13GHz is described. The data obtained were processed by chemometric methods to reduce the dimensionality of the experimental data sets and to help visualise results. Theoretical fundamentals of the method are outlined. Results for the rubber linings with a thickness of 10mm operating in a scrubber of wet flue gas desulphurisation units are presented.
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