- #1
chazem
- 8
- 0
Hi Have got a device that is puzzling to say the least. The device is suspended by a thread i.e. no interaction with the ground. I am rotating four tubes each containing magnets which are being rotated into the repelling magnetic field of a magnet that is fixed to the body The following reactions occur :-
1 100 rpm and above torque reaction present.
2 slow to around 60 rpm no torque reaction, body remains stationary while rotors rotate?
3 slow to around 40 rpm or lower and body begins to move in same direction as rotors?.
Concept is to create an asymmetrical magnetic collision. In collision F + { F + -F } = F but what happens after collision a bit of a mystery.
Any ideas, comments would be gratefully appreciated
1 100 rpm and above torque reaction present.
2 slow to around 60 rpm no torque reaction, body remains stationary while rotors rotate?
3 slow to around 40 rpm or lower and body begins to move in same direction as rotors?.
Concept is to create an asymmetrical magnetic collision. In collision F + { F + -F } = F but what happens after collision a bit of a mystery.
Any ideas, comments would be gratefully appreciated