If a superconductive state is manifest in the hearer wire that is not adjusted for by the power supply, the heater will not produce the constant heat from electrical resistance as expected. This could be the reason why there is oscillation in the heat produced in the reactor in several alumina tube experiments as a superconductive state begins to damp itself by cooling the heater and the reaction as the reaction first starts to take hold..
On Wed, Jan 14, 2015 at 1:56 AM, Bob Cook <[email protected]> wrote: > Jones-- > > I observed the the same thing in the picture provided by McKubre in his > current evaluation of the test in Infinite Energy #119. An observation > reported by Storms via McKubre's report questions the report in that the > temperature measured at the center by the T/C does not seem to respond like > it should with increased power density during the production of excess > energy per the report. (Cold Fusion Now also has McKubre's report.) > > From the picture it looks like the temperature is not uniform along the > reactor axis but has more of a sign wave configuration along the axis with > hotter spots nearer the ends. There is only one T/C and this may only be > an illusion. > > However, There may be a standing wave of Li atoms controlling the reaction > with their density being the controlling parameter. I guess the varying > energy production along the axis could also be the result of other > parameters that control the reaction like a magnetic field or nodes in > a standing sonic wave. > > This could explain the concern Storms had relative to the temperature and > energy density correlation. > > KcKubre's report is excellent. > > Bob Cook > > ----- Original Message ----- > *From:* Jones Beene <[email protected]> > *To:* [email protected] > *Sent:* Tuesday, January 13, 2015 9:27 PM > *Subject:* [Vo]:Dark wires in glowing reactor ? > > There have a number of comments about images from the Parkhomov/Rossi > reactors which appear to show dark wires in front of a brightly glowing > background. > > > > Yet … we know that these wires should be strongly incandescent (unless the > photo was taken immediately after the current was turned off)… and if the > wires are powered, they will be glowing so brightly by themselves that they > should not be seen as dark, even if the interior of the reactor were > brighter than the wires themselves. There is no evidence that the current > was off - so we should look for other explanations. > > > > Another explanation which has not been voiced till now –is the “dark > matter in operation” explanation J > > > > If “dark matter” can be defined as hydrogen in the Deep Dirac Level – the > lowest orbital, and there is recent evidence from Cosmology that this could > be the case, then we can explain the dark wires as being actively shielded. > The mechanism for that shielding could go something like this: Hydrogen in > the DDL is greatly reduced in diameter so that it cannot be contained by > the ceramic - and the isomer atoms would diffuse through the alumina (which > is a dielectric) as soon as they are formed. This species would also be > strongly paramagnetic and thus attracted to a current carrying wire. > Therefore, it can be proposed that a very thin layer of DDL –possibly only > a few atoms in thickness would attach to the wires uniformly, following > which they would actually become “dark” in the sense of strongly blocked in > the visible spectra but emitting photons which are invisible (soft x-rays)… > > > > … or not. But it makes for an interesting hypothesis. > >
