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<blockquote data-quote="All_Logix" data-source="post: 7723551" data-attributes="member: 628274"><p>It has to do with the conductivity and permativity of the material if I am not mistaken, I cannot remember off the top of my head, I pretty much turned my head sideways and let all of my EM theory class fall out after I finished the final. And it also has to do with what frequency the EM wave is traveling at, higher frequencies have smaller skin depth and will pass only through the very surface of a conductive material and loose energy extremely fast... If you want I can look up the equation and familiarize myself with it and get back to you on the physics of it</p></blockquote><p></p>
[QUOTE="All_Logix, post: 7723551, member: 628274"] It has to do with the conductivity and permativity of the material if I am not mistaken, I cannot remember off the top of my head, I pretty much turned my head sideways and let all of my EM theory class fall out after I finished the final. And it also has to do with what frequency the EM wave is traveling at, higher frequencies have smaller skin depth and will pass only through the very surface of a conductive material and loose energy extremely fast... If you want I can look up the equation and familiarize myself with it and get back to you on the physics of it [/QUOTE]
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