In what plane do you think they rotate, and why? Magnetic field around a plasma is like around a wire, so 90 degrees to the length of the tube. Poynt pointed out to me, for a rotation we should have an another magnetic field. Anyway I believe the plasma rotate, when I playing with tuning, before I reach the the exact frequency to form whole-number nodes, it could be clearly recognized one side of the plasma trying to rotate CW, and the other CCW, and when I reach the balance,no "stress" at all, the whole wave with all the nodes are flat, in one plane. At some point, I could make the nodes spinning around the glass tube, without a parallel magnetic field, when the nodes touch the glass. I will edit the videos, and upload some to show it.
These ball, teardrop waves must be simple longitudinal ones. Clearly there are rarefaction and compression along the wave lines, however I don't clearly understand right now the teardrop shape, and the cause of it. I found in Russian literature they mention that teardrop shape.
"Furthermore, when quantum physicists have studied the “electrons ” of the atom, they have observed that they are not actually “points ” at all, but rather form smooth, teardrop-shaped “clouds ” where the narrowest ends of the “drops ” converge upon a very tiny point in the center "
Depending on the frequency and power level, I could produce them toward + and - pole too, and with some tuning they appear with transverse wave together.
« Last Edit: 2010-05-05, 11:37:20 by Chef »
|