BuCDr3H4
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I only have a background in mathematics, and I lack knowledge on this matter.
I want to get quantitive value about that problem.
What would be the kind of wave or EM field that could heat human tissu of 1°C in (say a body part like the thigh), say in one hour, at a distance of 2m ?
We could assume that it is some kind of beamed field very narrow, say 40/60cm wide.
What frequencies ? What energy at emission and at reception are we talking about ? What about the cumulative energy (SAR ?) received ?
Assume now there is a wall in front the emission but a small wall. How much must be now the source emission to produce the same effect ?
And final question is what kind of device or industrial/professional equipment could provide that level of energy ? In what industries do you find that ?
I want to get quantitive value about that problem.
What would be the kind of wave or EM field that could heat human tissu of 1°C in (say a body part like the thigh), say in one hour, at a distance of 2m ?
We could assume that it is some kind of beamed field very narrow, say 40/60cm wide.
What frequencies ? What energy at emission and at reception are we talking about ? What about the cumulative energy (SAR ?) received ?
Assume now there is a wall in front the emission but a small wall. How much must be now the source emission to produce the same effect ?
And final question is what kind of device or industrial/professional equipment could provide that level of energy ? In what industries do you find that ?