so, I ran a test today,
I have 2 oppositely spinning disks set up with conductive segments on them and a ground plane between the 2 disks
I have it set up to charge each disk opposite polarity. (+/- 9KV)
when I charge the segments on the disks it changes my G force sensor output, when I discharge the segments it also changes the output, but the other direction.
if I turn off the high voltage supply, it still has capacitors charged at that point, and then I discharge one disk, it moves the G force sensor one direction till all the segments are discharged (one turn), when I discharge the other disk, it changes the other direction till all the segments are discharged (leaving no charge in the device at all.
when it is stable state running fully charged there is no change at all on the sensor.
all results were unchanged by putting a quite large magnetic field in line with the spinning shafts.
I have 2 oppositely spinning disks set up with conductive segments on them and a ground plane between the 2 disks
I have it set up to charge each disk opposite polarity. (+/- 9KV)
when I charge the segments on the disks it changes my G force sensor output, when I discharge the segments it also changes the output, but the other direction.
if I turn off the high voltage supply, it still has capacitors charged at that point, and then I discharge one disk, it moves the G force sensor one direction till all the segments are discharged (one turn), when I discharge the other disk, it changes the other direction till all the segments are discharged (leaving no charge in the device at all.
when it is stable state running fully charged there is no change at all on the sensor.
all results were unchanged by putting a quite large magnetic field in line with the spinning shafts.
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