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Apply Ohms law to static electricity.
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by desertranger
on 2006-02-08 13:04:02
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Ok G. I finally got to doing this. A few days, weeks ago I sauid something got the effect that the electrical charge on the human body is from 15-30kv. I also said that it is possible to have a measurable static electrical charge in a room of up to 60kv. You response was some BS about Ohms law. The basic E=IR or whs it a Mho. No that's a measure of conductance. You implied that you have to have a measure of current and resistance in order to measure these voltages. Yet in a room with a 60kv "space charge" that is the phrase created by me and B Kabaker when we discovered the phenomenon. We found that it is possible to have a space charge of megavolts with virtually no resistance. We also discovered that a static charge of any kind does not have a measure of current until it has been coupled to a ground state and then you only have microseconds to measure it and then it is in micro or nanoamps. Further more, from when I was working in power productioMn, I discovered that given a 3 conductor armored cable (spceifically 350CM direct bury} disconnected from the line and the load at both ends then grounded to discharge and residual charge on the line prior to hi-potential voltage testing that it was possible to disconnect the grouds and leave the cable end exposed to blowing wind and and find a static charge of 150kv or more to build in the line. Due to the length of the wire and it's capactiance it was possible to get zapped enough to throw a person several feet. That is a static charge. probably measuring abotu 10 micro amps since we look for leakages in milliaamps. the problem there is measuring the load, a human body, which can have widly differing resistance measurements. Comments?  |