Methods of measuring electromagnetic waves and radiation?
Posted: Fri Jul 10, 2009 10:11 am
Hello,
I am trying to complete my science fair project in the summer- I will be in eighth grade in the fall. My science question consists of measuring the intensity of the electromangetic radiation produced by cellphones in correspondance to the decibel levels and frequency levels heard through the phone.
I have begun my research and know the basic concepts of cellphone electromagnetic radiation (i.e. There is near-field electromagnetic radiation, and far-field electromagnetic radiation. With cellphones, we are affected primarily by the near-field radiation, unless we use wireless headsets-in which case far-field is more so the concern. Near-field electromagnetic waves register as invaders when radiating into our bodies, thus the body sets up protective methods. So, cellular energy is used for protection instead of it's normal functions, and the cell membranes begin to harden which keeps nutrients out and waste in).
However, I have a question as to the testing methods I could use with this project. I have found out that gauss meters can measure the electromagnetic radiation levels, and am wondering where they could be obtained, or if there are any other (possibly better) options to have for testing in this project. Also, during testing, would computers, TVs, etc. disturb the electromagnetic radiation testing from the cellphones considering they also produce EMR? If so, where would it be best to test?
Lastly, while researching, I came across an experiment scientists had done to test the dangers of cellphone EMR. They exposed human blood and lymph tissue to cellphones for different times, and the result was that micronuclei began to form- which is linked to radiation. Would I be able to include this in my project? For example, exposing human blood and/or lymph tissue in petri dishes and test tubes to different company cellphones for different times with different frequency sine waves and decibel levels being produced through the phones, and then seeing which groups had the most micronuclei? Or would that be too many changing variables?
Thank you in advance for the assistance.
-fireworksfrommars156
I am trying to complete my science fair project in the summer- I will be in eighth grade in the fall. My science question consists of measuring the intensity of the electromangetic radiation produced by cellphones in correspondance to the decibel levels and frequency levels heard through the phone.
I have begun my research and know the basic concepts of cellphone electromagnetic radiation (i.e. There is near-field electromagnetic radiation, and far-field electromagnetic radiation. With cellphones, we are affected primarily by the near-field radiation, unless we use wireless headsets-in which case far-field is more so the concern. Near-field electromagnetic waves register as invaders when radiating into our bodies, thus the body sets up protective methods. So, cellular energy is used for protection instead of it's normal functions, and the cell membranes begin to harden which keeps nutrients out and waste in).
However, I have a question as to the testing methods I could use with this project. I have found out that gauss meters can measure the electromagnetic radiation levels, and am wondering where they could be obtained, or if there are any other (possibly better) options to have for testing in this project. Also, during testing, would computers, TVs, etc. disturb the electromagnetic radiation testing from the cellphones considering they also produce EMR? If so, where would it be best to test?
Lastly, while researching, I came across an experiment scientists had done to test the dangers of cellphone EMR. They exposed human blood and lymph tissue to cellphones for different times, and the result was that micronuclei began to form- which is linked to radiation. Would I be able to include this in my project? For example, exposing human blood and/or lymph tissue in petri dishes and test tubes to different company cellphones for different times with different frequency sine waves and decibel levels being produced through the phones, and then seeing which groups had the most micronuclei? Or would that be too many changing variables?
Thank you in advance for the assistance.
-fireworksfrommars156