Article „Experimental mathematical model as a generalization of sensitivity analysis of high temperature spectral emissivity measurement method“

18.05.2016
Citation: Honnerová P., Veselý Z., Honner M., Experimental mathematical model as a generalization of sensitivity analysis of high temperature spectral emissivity measurement method. Measurement, Vol. 90, 2016, pp. 475-482. DOI: http://dx.doi.org/10.1016/j.measurement.2016.04.070 Abstract The development of an experimental mathematical model describing temperature state of the sample during high temperature spectral emissivity measurement is introduced. Dimensional analysis of the measurement process gives the physical dimensionless quantities and sensitivity analysis of the measurement process provides the large set of performed model experiments. Evaluated experimental mathematical models are presented including their accordance with model experiments. Established equations are generalization of sensitivity analysis of high temperature spectral emissivity measurement method and can be used for computation of spectral emissivity total uncertainty.