ON THE PHYSIOLOGICAL INFLUENCE OF ELECTROMAGNETIC WAVES CONSIDERING AN ELECTRICAL MODEL OF PULMONARY VENTILATION

Autor/autori: PhD. Student Catalina LUCA , Prof. Dr. Eng. Alexandru SALCEANU

Rezumat: Am dezvoltat un model electric al ventilatiei pulmonare in Simulink-Matlab , si am studiat influenta radiatiei electromagnetice asupra functionarii fiziologice a plamanului. In cadrul modelului nostru simulat , am observat ca radiatiile electromagnetice de frecvata joasa (7.83-50 Hz) influenteaza intr-o mare masura functionarea fiziologica a plamanului. La expunerea organismului uman intr-un mediu cu radiatii electromagnetice se produc modificari la nivelul ventilatiei pulmonare , scazand volumul si crescand fluxul aerului ce intra in plaman , oadata cu cresterea frecventei radiatiei la care este expus organismul uman. Acest lucru duce la cresterea numarului de respiratii pe minut , a numarului de batai ale cordului si a tensiunii arteriale

Cuvinte cheie: radiatii electromagnetice , modelul electric al ventilatiei pulmonare, radiatii daunatoare corpului uman

Abstract: We have developed an electrical model of pulmonary ventilation in Simulink-Matlab , and we have studied the influence of electromagnetic waves on physiological lung function. In our simulated model, we observe that low frequency electromagnetic radiation (7.83-50 Hz) greatly influences the physiological functioning of the lungs. At the exposure of the organism in an environment with electromagnetic radiation, volume of air in the lungs decreases and flow increases with increasing frequency radiation they are exposed. This increases the number of breaths per minute, increased heart rate and blood pressure.

Keywords: electromagnetic waves, electrical model of lung ventilation, human body harmful radiation

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