The improved method of receiving hydrodynamic resistance coefficient of a nasal cavity was described. This coefficient takes into account the regimes of flow in the course of breath and also specific anatomico-physiological features of a person’s nasal cavity. The assessment of uncertainty of calculation hydrodynamic resistance coefficient was conducted.
rhinomanometry, airflow, hydrodynamic resistance coefficient, Reynold’s number, standard uncertainty
"Otsenyvanye rezultatov rascheta koэffytsyenta hydrodynamycheskoho soprotyvlenyia nosovoi polosty" [Assessment of calculation results of hydrodynamic resistance coefficient of a nasal cavity],
Information Processing Systems,