[NewCandle] Constrained hydrolysis

[Jones Beene]

"neutral" is not the correct descriptor IMHO, although it is often 
stated that way. Hydrogen atoms have a very strong magnetic moment and 
the molecule is a molecular boson, so there are some unusual quantum 
properties in a magnetic field.

Certainly the nuclei becomes more ordered - and I was thinking more 
along the lines of an *axial* field in the vector of acceleration 
restricting the kinetic movement of the nucleus to 2 dimensions, more or 
less, instead of three, with this affecting the center of mass impacts 
with other molecules such that nearly random thermal motion with a 
slight vector, becomes more highly ordered, with higher acceleration.

The bottom line is that it was basically just a wild idea, tossed out 
like a moving target for you enjoyment in shooting down... <g>

Is it dead, yet ?



Keith Nagel wrote:
> BTW Jones, isn't the H2 neutral and not affected by
> B field, axial or otherwise? In the flame, you've got
> atomic H which is charged. And as Nick alluded to,
> it's possible to manipulate the electrolytic ion streams
> with a magnet. You can see this as pH changes with a soluble
> indicator in a properly constructed electrolysis cell.
> 
> K.
> 
> 
> 
> -----Original Message-----
> From: newcandle-bounces at ipdiscover.com
> [mailto:newcandle-bounces at ipdiscover.com]On Behalf Of Jones Beene
> Sent: Monday, March 05, 2007 10:12 PM
> To: New energy for the new world.
> Subject: Re: [NewCandle] Constrained hydrolysis
> 
> 
> Nick mentioned the hypodermic needle as a way to keep the flow of gas 
> constant. Here is kind of a 'thinking allowed' strange thought. Lets say 
> you have a fully sealed and strong cell so that pressure can build up. 
> At the top you have an small opening blocked with a proton conductor, 
> and then  a very fine long needle, with the smallest possible ID, and 
> you place cylindrical NIB magnet around it such that the needle 
> protrudes though it -- and the exiting H2 flow must feel the strong 
> axial field. Oxygen cannot escape so it must build up pressure and will 
> combine with the Al or H2, but mostly the Al as H2 which has a high 
> ignition temperature and you will probably not get an explosion.
> 
> H2 has very high mobility anyway and by restraining one axis of freedom 
> with the magnetic field, you may have essentially (in my day-dream) 
> squared the potential acceleration of the flux of molecules coming out. 
> Can their kinetic energy add a fair proportion "excess" to the 
> net-energy released when they eventually burn in air?
> 
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