||Equalizing the Electric Field Intensity within Chick Brain Immersed in Buffer Solution at Different Carrier Frequencies.
Joines, William T. ;
Blackman, Carl F. ;
||Health Effects Research Lab., Research Triangle Park, NC.
Electric fields ;
Electromagnetic fields ;
Salt water ;
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Presented here are the numerical relationships between incident power densities that produce the same average electric field intensity within a chick brain half immersed in buffered saline solution and exposed to a uniform electromagnetic field at carrier frequencies of 50, 147, and 450 MHz. Calculations are based on modeling the buffer solution as a spherical shell in air with an inner concentric sphere of brain tissue. The results support an earlier conclusion that calcium efflux results obtained at differt carrier frequencies are in agreement when related by the electric field within the brain.