NWNC CR39 Project- Summary and Request to Active Fusioneers

[Andrew Haynes]

" I think among the least plausible hypotheses is any suggestion that anisotropy in the nuclear reaction itself is responsible"
Why not?
Run your fuser with air, and see what the color is with a camera, if purple its magnetic ,electrical based and will follow mhd ,lenz principle with the instabilities.

[Steven Sesselmann]

How are the magnetic fields going to influence neutrons?

Steven

[Andrew Haynes]

"How are the magnetic fields going to influence neutrons?", Positivity charged ions that leave the center head towards the inner grid and fuse with incoming positively charged ions, what is positivity charged and what is not is the area of electrons, which make there own magnetic field by moving. Are you serious?
Yeah, were the source of fusion is happen is what I was meaning, not what happens after it has fused

[Carl Willis]

Andy, I can't make any sense of what your argument is, nor how it relates to the thread's topic. Sorry.

[Richard Hull]

Andy,

Individual D-D fusions, (the nuclear process), within any volume are statisitcally isotropic emitters. This is a well established fact. Externally measured neutron anisotropy related to this discussion is felt to be related to fusor system construction, operational peculiarities and surrounding structure scattering.

Richard Hull

[Andrew Haynes]

Richard Hull , I take it that individual it is isotropic , but due to the grid nature(say fast speed closer to the wire) there will be more fusion reaction per volume in that area, if it all radiates isotropic there will be more in those areas.

[Richard Hull]

My post states that clearly. Any anisotropy would be due to construction, operational issues and unequal scattering. So what is the big issue here. I also state that the fusor is not an isotropic source for all those reasons. D-D Fusion, itself, is always isotropic. Re-read my post.

Richard Hull