LENR – Magnetic Domain
| November 4, 2012 | Posted by admin under Dale Basgall, Universal LENR Reactor |
In this presentation, Dale Basgall, explores magnetic fields. He feels that a better understanding of the geometry of these fields will be important for being able to use these fields with LENR. He presents some of his independent research on magnetic fields and discusses how he plans to geometrically arrange the wires in the Universal LENR Reactor. Also, he notes that he hopes to have the first reactor built within 30 days. I am looking forward to seeing the finished product!
Maybe I’m just not getting this but for some reason the odd thing that stood out in this research of the magnetic strength and field lines is the bottomline in the slide of gauss readings. Just as a regular mechanical viewpoint the magnet we used this time had a potential force directly associatd with the total gauss measurements. I cannot understand how a magnet with 5.17lb attraction force to a piece of metal and an attraction force of 5.94lb to another magnet net an 18.32lb attraction when placed between two pieces of metal. That really doesn’t add up no matter how you figure, that’s strange to me and a real question remains to be answered, what’s happening there and why?
I saw that too, and was not sure what to make of it. Are the two pieces of metal the same size as the magnet? I’m wondering if the metal piece is bigger.
The gauss field extension must somehow be a multiple affect, interesting to say the least.
This time I used the KJ magnetic gauss calculator on the link provided however last time I used a 5oo dollar gauss meter and a 200 dollar polarity tester.
In fact I observed the same patterns and even more questions came to mind regarding object metal (non magnet). I am weeding those out now and that’s why I did the above post, help! I feel like Focardi in one of his pics stating “we don’t know how this actually happens”.