Originally posted by MRIGuy
View Post
Nice to hear from you again, and am sorry about what happen...I always back up (copy/paste) momentarily when it is a long post full text/links, etc into a Note pad...because it has happened to me...basically a crash from the Navigator...and you loose it all...I hate that.
Question, when you say the so called "North" pole has CCW spin are you referring to the centripetal return? So then the centripetal return has the same spin direction as the dielectric inertial plane (flywheel)? Therefore the centrifugal discharge is CW?
The "North" pole Centrifugal discharge spins CCW when mirrored and you, as the "observer" look at mirror then compare it to your wrist watch.
If you have that same magnet, and you set it on top of a table, North facing up...then look at your watch...it would be spinning clockwise (CW).
The reason why I insist on "Mirroring" Magnets to compare the spins...is just because of the new video am working on (still) which I face magnets against a B&W CRT rastering Lines at different angles...so it is clearly observed where does each polarizations really spin...
Whenever I refer to Magnet's Polarization Spin is based on the Centrifugal Discharge...because that is where the stronger magnetic force is.
Question, when you say the so called "North" pole has CCW spin are you referring to the centripetal return? So then the centripetal return has the same spin direction as the dielectric inertial plane (flywheel)? Therefore the centrifugal discharge is CW?
[/IMG]I repeated the same question, but this time is to clear some confusion I noticed you have related to Centrifugal and Centripetal spins...
I would like you to look again at the pic above from my video...then look at lower Image for the Centripetal return.
[IMG]
[/IMG] Notice that both, Centrifugal and Centripetal Spatial Curves from both polarizations spins are based around the Two white dotted circles?
Both circles centers are off main field center, passing by magnet's center in an inclined angle, and I will just quote myself from a previous post...
Originally posted by Ufopolitics
View Post
However, no matter that precessed angle for both...note that spin direction does not change for either one...Centrifugal and Centripetal...or "North" and "South"?
Those two frames from video are a transparency, looking at magnet from above, South is on Top, North at bottom. You could go to min 9:00 of video to start from beginning looking at geometry Side View turning to Top View.
So the reason why magnets attract is the same reason why AC power lines pull together? And the same reason why a balloon sticks to the wall after rubbing my head? And how gravity works? All through dielectric voidance?

Lastly, I'm stuck on a thought, it's understood there's no magnetism at the center of any magnet. When you look at the inertial plane through magnetic viewing film you can see this. Now picture the center of a vertical field 1.5T MRI magnet where you have N-S on top and N-S on bottom. Ken says if you place a gauss meter at the center of any magnet it will show no magnetism. However, when I place the probe of a magnetometer at isocenter I measure 63.87Mhz, using the Larmour equation that equates to 1.5T field strength, what's going on here?
[ATTACH]17121[/ATTACH]
[ATTACH]17121[/ATTACH]
When Two Magnets in Attraction (Voidance) have not made full contact, meaning, there is a space/gap in between, the exchange of High Pressures Gates between N-S from each separate magnet going to their still existing respective dielectric fields, will deliver a very strong center Common spatial magnetic force (spin) which is probably equal to measuring either one of them, as you just did.
And like I wrote in another post here...Two Magnetic Fields in Attraction stage...with a spatial gap in between, will have both Vortexes from the two N-S Polarizations facing/approaching each others following exactly the same spin direction.
Opposite spinning Vortexes approaching each others from two separate magnets will deliver a Repulsion, it means both are like poles.
Oh to answer your question I service MRIs, everything from install to calibration and repair. Repairing them can be difficult but correctly understanding how they work is very difficult lol.
Regards,
Guy
Regards,
Guy

Hope my answers were of some help...
Regards
Ufopolitics

[/img]
Leave a comment: