In this work describes main parameters (sensibility, stability, variability) of computational electromagnetic scattering experiment on the homogeneous low-conductivity cylinder, with nonzero angular velocity. Shows original mathematical apparatus and describes its program adaptation. Leads comparative plots with statistical values for the different input parameters, in the case of setting accuracy of experiment. Explained approximations methods and determined its impact to output values. Describes using correlating coefficients, its meaning and impacts on calculations.Shows the analysis of the results and parameters of experiment. Partially shows methods of determined of stability and allowable diapason of input values to set of correct experiment. Indirectly analyzing variability of model out of diapason of stability.Clarifies the priority in the development.