re:
https://www.youtube.com/watch?v=2wQZ1ZCsrRo
(russ 12/20/2015)
There is this page...
http://www.thelivingmoon.com/41pegasus/02files/Searl_Effect_Generator.html
S. Gunnar Sandberg
"The Magnetic Field Configuration ~
Due to a combined DC and AC magnetising process, each magnet acquires a specific magnetic pole pattern recorded on two tracks consisting of a number of individual N-poles and S-poles, as illustrated in Figure 4.
Magnetic measurements have revealed that the poles are approximately one millimetre across and evenly spaced. It was also found that the pole density (x) --- defined as the total number of poles N per track divided by the circumference, pi D --- must be a constant factor specific for a particular generator. Thus:"
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So Maybe... was considering possible jigs; first probably wouldn't work... to make alternating fingers on the jig so one lands on the near edge, and the other on the far edge... but then the fingers that over-extend the edge (probably an inside/outside offset) would be nearer to each other on the sides so wouldn't end up passing through....
What about doing 2 passes - so you have longer fingers that line up on the edge... and flip the jig/magnet and turn it 1 phase off.... (however far that is)
------------------
how long is the magnetizaiton pulse? like how long is the X Killo-amps passing in the coil?
Back to the Gunnar page...
Recommended parameter values:
DC current, idc = 150 A to 180 A
AC current, iac = 0.1 to 0.2 A
Frequency, f = 1-3 MHz
At such low currents, the AC is going to have very little flux generation; and *I* would think would not influence the field noticably; from experimenting with Akula/Ruslan/Kapanadze generator coils, an AC pulse outside of a high current DC pulse has little notable effect...
But at Mhz the pulse is 300-1000nS in length... (up to 1uS) hence the question of how long is the pulse anyway in the existing DC only?
https://www.youtube.com/watch?v=2wQZ1ZCsrRo
(russ 12/20/2015)
There is this page...
http://www.thelivingmoon.com/41pegasus/02files/Searl_Effect_Generator.html
S. Gunnar Sandberg
"The Magnetic Field Configuration ~
Due to a combined DC and AC magnetising process, each magnet acquires a specific magnetic pole pattern recorded on two tracks consisting of a number of individual N-poles and S-poles, as illustrated in Figure 4.
Magnetic measurements have revealed that the poles are approximately one millimetre across and evenly spaced. It was also found that the pole density (x) --- defined as the total number of poles N per track divided by the circumference, pi D --- must be a constant factor specific for a particular generator. Thus:"
---------------------
So Maybe... was considering possible jigs; first probably wouldn't work... to make alternating fingers on the jig so one lands on the near edge, and the other on the far edge... but then the fingers that over-extend the edge (probably an inside/outside offset) would be nearer to each other on the sides so wouldn't end up passing through....
What about doing 2 passes - so you have longer fingers that line up on the edge... and flip the jig/magnet and turn it 1 phase off.... (however far that is)
------------------
how long is the magnetizaiton pulse? like how long is the X Killo-amps passing in the coil?
Back to the Gunnar page...
Recommended parameter values:
DC current, idc = 150 A to 180 A
AC current, iac = 0.1 to 0.2 A
Frequency, f = 1-3 MHz
At such low currents, the AC is going to have very little flux generation; and *I* would think would not influence the field noticably; from experimenting with Akula/Ruslan/Kapanadze generator coils, an AC pulse outside of a high current DC pulse has little notable effect...
But at Mhz the pulse is 300-1000nS in length... (up to 1uS) hence the question of how long is the pulse anyway in the existing DC only?
