- #1
Hugo Chen
- 3
- 0
Skin Effect:
. where
= resistivity of the conductor
= angular frequency of current = 2π × frequency
= relative magnetic permeability of the conductor
= the permeability of free space ------------------------------ From Wiki
According to Skin Effect, the higher the frequency, the less that a EM wave can penetrate an conductor.
Since Gamma Ray is 300EHz (E = 10^18), it should be relatively easier to be stopped, but that doesn't seem true.
Why is the high frequency Gamma Ray cannot be relatively easy attenuated?
According to Skin Effect, the higher the frequency, the less that a EM wave can penetrate an conductor.
Since Gamma Ray is 300EHz (E = 10^18), it should be relatively easier to be stopped, but that doesn't seem true.
Why is the high frequency Gamma Ray cannot be relatively easy attenuated?