Applying the Results of Hydrodynamic and Heat Transfer Processes Research in 3D Nasal Cavity Models for Revealing Predisposing Towards Respiratory Diseases at Extreme Conditions of the Arctic

It has been found that the shape of nasal cavity influences to the hydrodynamics and heat transfer in the respiratory system which at the extreme environmental conditions of the Arctic can be a reason of predisposition to respiratory system diseases in cases with peoples with platycavital form of nasal cavity.