Author Information
Research Day, At Najah National University Nablus Palestine
Research Title:
The Effect of Electromagnetic Radiation from Antennas on Children’s Schools in Nablus Area
Country:
Palestine
Date:
Fri, 2013-11-01 Research Abstract:
This
study concerns about the effects of Electromagnetic radiation from
antennas on blood oxygen saturation (SPO2%), heart pulse rate (HR),
arterial blood pressure (systolic (SBP), diastolic (DBP)) of children’s
schools.
The sample consists of 273 students of both genders (91 female, 182 male), classified into two groups; 10-12 years and 13-16 years. The sample was taken from three different schools in Nablus area. The measured power flux density in the first school was 1.862mw/m2 and 353.166µw/m2 in the second school and 18.278µw/m2 in the third one. Measurements of blood oxygen saturation, heart pulse rate, arterial blood pressure (systolic and diastolic) were taken for the selected sample before and an after exposure to Electromagnetic radiation from antennas. Positive correlation (Pearson Correlation Coefficient) was found for all measured variables. The statistical results showed that Pearson correlation coefficient (R) between the dependent variables (SPO2%, HR, SBP, DBP) before and after the exposure to electromagnetic radiations from antennas is strong and the Probability (P) is < 0.05. This study shows that there is a significant shift of the measured mean values of blood oxygen saturation, heart pulse rate, arterial blood pressure (systolic and diastolic) of the children due to exposure of electromagnetic radiation from antennas.
The sample consists of 273 students of both genders (91 female, 182 male), classified into two groups; 10-12 years and 13-16 years. The sample was taken from three different schools in Nablus area. The measured power flux density in the first school was 1.862mw/m2 and 353.166µw/m2 in the second school and 18.278µw/m2 in the third one. Measurements of blood oxygen saturation, heart pulse rate, arterial blood pressure (systolic and diastolic) were taken for the selected sample before and an after exposure to Electromagnetic radiation from antennas. Positive correlation (Pearson Correlation Coefficient) was found for all measured variables. The statistical results showed that Pearson correlation coefficient (R) between the dependent variables (SPO2%, HR, SBP, DBP) before and after the exposure to electromagnetic radiations from antennas is strong and the Probability (P) is < 0.05. This study shows that there is a significant shift of the measured mean values of blood oxygen saturation, heart pulse rate, arterial blood pressure (systolic and diastolic) of the children due to exposure of electromagnetic radiation from antennas.
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