Different reactions of different magnetic temperatures of brain tissue in the face of mobile radiofrequency waves

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FOROUHARMAJD FARHAD; POURABDIAN SIAMAK; EBRAHIMI HOSSEIN

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Journal: Journal of Radiation Safety and Measurement Year:2020 | Volume:8 | Issue:2 (supplement) Page(s): 31-40

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Title

Different reactions of different magnetic temperatures of brain tissue in the face of mobile radiofrequency waves

Author(s)

FOROUHARMAJD FARHAD | POURABDIAN SIAMAK | EBRAHIMI HOSSEIN | Issue Writer Certificate

Keywords

cell phoneQ1

radiofrequency wavesQ1

brain tissueQ1

temperatureQ2

tissue depthQ1

Abstract

Background: The widespread use of cell phones has led to an increase in concern about the effect of radiofrequency radiation on the physiology of the human body. This study was conducted to determine the different reaction temperatures of different brain tissue in exposure to mobile radiofrequency waves. Method: This was an experimental study. The cowchr('39')s brain tissue was examined in a chamber at three depths of 2, 12 and 22 mm and at a distance of 4 mm and 4 in the cell phone from the tissue for 15 min of the radiofrequency radiation of the mobile phone during exposure and after the exposure was discontinued. . Luteron thermometer was used to measure tissue temperature. Results: During the exposure to the brain tissue at a distance of 4 mm from the mobile phone, the temperature increase at 22 mm depth was more than the depths of 2 and 12 mm, so that the tissue temperature at 2, 12 and 22 mm depths was 29 ° C 0 /, 0. 3 / 0 and 0/37 respectively. Also, the temperature of the brain tissue at 4 cm intervals was greater than the other depths with increasing tissue depth. An increase in tissue temperature was also associated with increased brain tissue depth after exposure to mobile phones. The temperature of the depth of 22 mm of texture increased during exposure to higher temperatures. Conclusion: Mobile radiofrequency waves not only increased the temperature of the tissue at all depths of the brain but at higher depths (22 mm), brain tissue was higher than the temperature of mobile radiofrequency waves.

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APA: Copy

FOROUHARMAJD, FARHAD, POURABDIAN, SIAMAK, & EBRAHIMI, HOSSEIN. (2020). Different reactions of different magnetic temperatures of brain tissue in the face of mobile radiofrequency waves. IRANIAN JOURNAL OF RADIATION SAFETY AND MEASUREMENT, 8(2 (supplement) ), 31-40. SID. https://sid.ir/paper/400219/en

Vancouver: Copy

FOROUHARMAJD FARHAD, POURABDIAN SIAMAK, EBRAHIMI HOSSEIN. Different reactions of different magnetic temperatures of brain tissue in the face of mobile radiofrequency waves. IRANIAN JOURNAL OF RADIATION SAFETY AND MEASUREMENT[Internet]. 2020;8(2 (supplement) ):31-40. Available from: https://sid.ir/paper/400219/en

IEEE: Copy

FARHAD FOROUHARMAJD, SIAMAK POURABDIAN, and HOSSEIN EBRAHIMI, “Different reactions of different magnetic temperatures of brain tissue in the face of mobile radiofrequency waves,” IRANIAN JOURNAL OF RADIATION SAFETY AND MEASUREMENT, vol. 8, no. 2 (supplement) , pp. 31–40, 2020, [Online]. Available: https://sid.ir/paper/400219/en

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