The McFreey text - PDF.
Hi Cornboy and John.
I found that I could not copy/ save that McFreey article, and although interesting I did not feel it worthy of printing.
Mc Freey writes that it is the nucleii of atoms which precess under the influence of an alternating magnetic force, whereas I think that it is only the electron spin orbits which become altered.
Magneto-striction is a change in physical dimension due to magnetic alignment, so am I expected to believe that the nucleus of a atom will change its size or shape in response to a magnetic field ?
Sorry I cannot.
To me it is the alignment of electron orbits which cause *molecular domain* shape and dimension alteration.
Exactly the same as occurs with insulators and electrostriction, where there is not any magnetic field anyway.
I cannot believe that the structural alignment of every nucleus within every soft iron atom in say a magnetised bar reverses under the influence of an external field, though I can accept that atomic lattice alignments are fundamental in relation to the manner in which electron orbits become obliged to internally align within modern high power magnets like neos etc.
Ferrites can operate at frequencies up to 100MHz ? So if Mc Freey were correct, then how come the energy involved to alternate the 99.9% atomic nuclear matter alignments in a core with such speedy physical internal reversals does not cause them to explode ?
Electrons orbits of course could be reversed at these frequencies without problem, and are.
So I maintain that it is the gyroscopic electron orbits which are being precessed/ reversed, and not the atomic centers, though of course the ideas are similar.
Another way of looking at atoms is imagining as if they are like little solar systems.
If any interstellar field were to affect our solar system, would it not be the planetary orbits which would most significantly indicate its presence (outer valency electrons), and not the Sun's angle of rotation, nor the Sun's magnetic field, which regularly reverses internally anyway ?
Cheers .................... Graham.
Hi Cornboy and John.
I found that I could not copy/ save that McFreey article, and although interesting I did not feel it worthy of printing.
Mc Freey writes that it is the nucleii of atoms which precess under the influence of an alternating magnetic force, whereas I think that it is only the electron spin orbits which become altered.
Magneto-striction is a change in physical dimension due to magnetic alignment, so am I expected to believe that the nucleus of a atom will change its size or shape in response to a magnetic field ?
Sorry I cannot.
To me it is the alignment of electron orbits which cause *molecular domain* shape and dimension alteration.
Exactly the same as occurs with insulators and electrostriction, where there is not any magnetic field anyway.
I cannot believe that the structural alignment of every nucleus within every soft iron atom in say a magnetised bar reverses under the influence of an external field, though I can accept that atomic lattice alignments are fundamental in relation to the manner in which electron orbits become obliged to internally align within modern high power magnets like neos etc.
Ferrites can operate at frequencies up to 100MHz ? So if Mc Freey were correct, then how come the energy involved to alternate the 99.9% atomic nuclear matter alignments in a core with such speedy physical internal reversals does not cause them to explode ?
Electrons orbits of course could be reversed at these frequencies without problem, and are.
So I maintain that it is the gyroscopic electron orbits which are being precessed/ reversed, and not the atomic centers, though of course the ideas are similar.
Another way of looking at atoms is imagining as if they are like little solar systems.
If any interstellar field were to affect our solar system, would it not be the planetary orbits which would most significantly indicate its presence (outer valency electrons), and not the Sun's angle of rotation, nor the Sun's magnetic field, which regularly reverses internally anyway ?
Cheers .................... Graham.
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