Very easy to do. The app has to be running to collect data and measures uT
mag fields in x, y & z. You then email the data file to a PC. Excel has a
FFT data analysis add-in library to run the spectrum analysis. Also logs
gravitational acceleration in x,y,z just in case that thing is
warping spacetime :)
Probably the spark plugs themselves will be generating EMF.
Stewart
On Wednesday, July 24, 2013, Jones Beene wrote:
> Most interesting Stewart, since someone present may have actually
> documented
> the magnetic field from a known (estimated) distance, thus allowing a
> decent
> calculation of the internal field.
>
> This is reminiscent of the streaking asteroid in Russia recently - which
> was
> caught on hundreds of "dash cams" which are in operation there to record
> traffic mishaps.
>
>
> From: ChemE Stewart
>
> I use a couple of magnetometer apps for my iPhone. One
> even
> logs data for emailing and running FFTs in Excel
>
> SensorScope for IPhone
> MagnetMeter
>
> It goes wild during thunderstorms.
>
> Stewart
>
>
> It's too bad that this putative magnetic field was not
> shown
> with a magnetometer.
> Many physicists would have considered a large magnetic
> field
> to be better proof than the heat... actually FAR BETTER proof in the
> unusual
> combination, since it would validate a more nebulous thermal gain with an
> accurate physical measurement, for a twin anomaly which "should be"
> unrelated (actually inversely related) to excess heat.
> A possible explanation for the effective amperage, assuming
> the high magnetic field is a reality (since the current delivered to the
> electrodes is milliamp range) is that this field relates to ionic current
> of
> hydrogen in redundant ground states (which have accentuated magnetic
> properties due to inverse square). The reduced orbital atom forms a
> negative
> ion which is stable and does have a near-field in the multi-Tesla range.
> Even a microgram of these produces massive (effective) internal amperage
> when they circulate.
> A possible explanation for the optical dynamics of the
> reactor operation, which is due to a strong magnetic field, is the Zeeman
> effect. The Zeeman effect of a self-generated field will effectively split
> the spectral emissions of energetic species - allowing for a limited chain
> reaction of photons to progress.
> If hydrogen spectral lines in the Lymann series (in the
> near
> UV) were radiating in a strong magnetic field, as claimed - then because of
> the Zeeman effect, the radiation would be split to yield even more
> energetic
> photons (superradiance) balanced by less energetic lines (subradiance).
> Thus
> - presenting the possibility of a photonic chain reaction in the Lymann
> spectrum, proceeding to the important Rydberg value of 13.6 eV on the high
> side and IR on the low side which reinforces the plasmonic operation of the
> cell.
>
> From: alain.coetm...@gmail.com<javascript:;>
> <javascript:_e({}, 'cvml', 'alain.coetm...@gmail.com <javascript:;>');>
> on his blog, Matt lewans report what
> Defkalion CTO said
>
>
> http://matslew.wordpress.com/2013/07/24/comments-on-defkalion-reactor-demo-i
> n-milan/
> "according to CTO John Hadjichristos there
> are HUGE magnetic fields inside the reactor as a result of the reaction, in
> the order of 1 Tesla if I remember right, possibly due to extremely strong
> currents over very short distances. Hadjichristos says the field is
> shielded
> by double Faraday cages, probably the reactor body and the external metal
> cover outside the heat insulation."
>
> This is very intriguing, and may allow
> strange applications, like direct electric conversion, or magnetic field
> generation....
> Not so surprising, because LENR seems
> related to superconduction, which can create strong fields
>
> I don't know if the magnetic field is
> static, or fluctuent, coherent and machroscopic, or incoherent and very
> local...
>
> Is there others related observation ?
>
>
