What I haven’t heard is people discuss the yield factor, what size blast creating what power output blast in kj, do you know of a study?
Also, an over current that trips a 100,000 volt power line, you said that same airborne electron pulse transfer WONT fry internal electronics of non shielded simple devices? Watches? Clocks? Radios?
I worked with a couple spooks who did spectrum analysis for gov, had a few talks, they suggested we hide 400 feet under granite...
” an over current that trips a 100,000 volt power line, you said that same airborne electron pulse transfer WONT fry internal electronics of non shielded simple devices? Watches? Clocks? Radios?”
This is actually correct. It may seem counterintuitive. Small devices cannot absorb enough energy to create damaging fields internally.
A power line and a watch or cell phone are very different from an EMP perspective for a number of technical reasons I’d be happy to explain if you are truly interested.
“What I haven’t heard is people discuss the yield factor, what size blast creating what power output blast in kj, do you know of a study?”
Yes. An EMP is sensitive only to gamma yield. That means a fission device (kT) and a fission fusion device (MT) will produce about the same E1 (radio) pulse. A 1kT device will produce most of the energy as a 10 or 100 kT fission device.
Again a lot of technical reasons why this is so.