Meyer-Mace Isotopic NMR Generator

[MasterPlaster]

Thanks. It does look like an interesting article. Does anyone know a good translator? The google one only translates half of the document.

[gyulasun]

Try this:

http://www.online-translator.com/site_translation.aspx 

[e2matrix]

Thanks. It does look like an interesting article. Does anyone know a good translator? The google one only translates half of the document.

I've found that if you keep reloading the doc in the google translate page it eventually gets the whole doc.  It may take 3 or 4 times (or more if it's a very large page) to get the whole thing. 

[elementSix]

Everything you want to know about NMR is in these 10 videos on the tube...  All 3 coils are explained and he tells a lot about getting all the vectors to align up and spin together..

http://www.youtube.com/watch?v=7aRKAXD4dAg

Here is a patent that looks like what you guys are working on....

http://www.freepatentsonline.com/4590427.pdf

[CTI]

 I have been led to believe that NMR is not active in Fe56 because it has a spin of 0 not to mention that Fe54 also has a spin of 0. Therefor transmutation of iron 56 to 54 via NMR cannot work. So if this device does work its transmuting through a different process; and that different process is not Electron paramagnetic resonance.
I know that the copper device sheading electrons was said to have a working or activating frequency of 172,753.867Hz. Using a known NMRF of copper and the magnetic strength setting I found that Cu63 would need a 153 gauss magnetic field and Cu65 would need a 142 gauss magnetic field; all way under .5 Tesla. Now what if the oscillator is providing both magnetic field and nuclear resonant frequency at the same time? Maybe the reason the frequency is so specific is not due to being harmonic of NMR but that the target magnetic field only exists for a fraction of time. Maybe Meyer did this to make it more efficient to stimulate the copper. If he used an extra magnetic field he would draw more power and he would have to adjust his frequency to compensate for the additive magnetic field of the oscillator for points in time.