[NewCandle] aluminum holiday

Jones Beene jonesb9 at pacbell.net
Thu Dec 11 15:42:26 EST 2008


OOPS 

look like I was experienceing a "senior moment" there - it is Na --> Mg not calcium although the K --> Ca is another LENR route (what we can call the Kervan's chicken pathway ;-)

Horace, those "senior moments" are contagious - watch out...

Jones





----- Original Message ----
> From: Jones Beene 
> Horace 
> 
> 
> I think they might have gotten it both half-right and half-wrong in focusing on 
> oxygen 
> 
> "The reduction  of  the light  intensity to  nearly  zero  at  higher  voltages  
> cannot  be 
> easily  explained  by  solid  state  electrolumines- 
> cence. "
> 
> That part is right.
> 
> "If the origin of light is solid state electro- 
> luminescence then  it  is  probable  that  the  light 
> intensity is a monotonously increasing function 
> of  current.  However,  the  Faradaic  current 
> (as  estimated  from  an  oscilloscopic  trace)  is 
> ca. five  times  higher  at  9 V  than  at  4 V, 
> although the light intensity  itself  is  nearly  zero 
> (Fig.  7). "
> 
> So far so good ---
> 
> "If  we  adopt  the  ad hoc hypothesis 
> that  the  light  arises  from  a  chemiluminescent 
> reaction  involving  oxygen  radicals,  there  are 
> several alternative explanations"
> 
> OK while it is true that the hydroxl radical could be the key player, they are 
> using sodium tartrate - and sodium is also the key to Mill's new reactor. 
> However, there is reason to believe that potassium tartrate would do better in 
> this situation - or perhaps a combination of Na and K.
> 
> At any rate- my take is that this is similar to Mizuno in that ZPE pumping of 
> the epo field at 3.4 eV is the active pathway for any anomaly seen. 
> 
> In this case, the anomaly may only be in light emission, perhaps some 
> transmutation. It is not unreasonable to suspect some LENR - especially Na-->Ca 
> or 12C-->13C where the excess energy is minimal or nonexistent will happen but 
> can it be documented?.
> 
> Nick - there is no doubt you can distinguish Na from Ca but the problem would be 
> in keeping Calcium totally out of the experiment to begin with, since it is so 
> ubiquitous and can leach from glass etc.
> 
> Jones
> 
> 
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