Bioelectromagnetic effects measurements - SAR and induced current.
The paper discusses several theoretical and practical aspects of the application of currents flowing through the body of a radiotelephone operator and Specific Absorption Rate (SAR). SAR is known as the physical quantity which is a perfect solution for biological experiments. Unfortunately, SAR cannot be measured directly. Contrary to SAR, which is limited to the penetration depth, a current induced in a point of a body is measurable in any other point of the body. The main objective of this paper is to show that the current induced in a human body when using a radiotelephone or mobile phone is significant and should be analyzed as widely as SAR is. Computer simulations of a human's hand with a radiotelephone were made. Experiments were also conducted. The results of the experiments show that induced current is also as important as SAR and it cannot be omitted in bioelectromagnetic experiments. In biomedical studies both parameters: induced current and SAR play a major role.
['Dlugosz|Tomasz|T|']
D055592:Biophysical Phenomena D040421:Cell Phone D003198:Computer Simulation D004574:Electromagnetic Fields D018594:Human Body D006801:Humans D008962:Models, Theoretical D011829:Radiation Dosage D011834:Radiation Monitoring D012815:Signal Processing, Computer-Assisted
induced current Specific absorption rate bioelectromagentics