The article states the theoretical background to achieve the highest informativeness of experimental data processing. It is proved that a realization of a single experiment is sufficient to identify all phenomenological properties of a test object. Processes described by the linear and nonlinear heat models are analyzed. Simultaneous identification both thermal properties and coefficients of boundary conditions is proved. The practical meaning of the study consists in the approach development guaranteeing the experiment against unidentifiable states.
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M. R. Romanovskii (2003) studied this question.
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