[NewCandle] aluminum holiday
Jones Beene
jonesb9 at pacbell.net
Thu Dec 11 15:32:25 EST 2008
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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