Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

Hi Dog-one. Different people, some variation in setups, but a re-occurring theme.
Driving waveform of some type with a timed HV pulse. Vasmus may be adding something else as well.
Not sure.


Ha ha, Hoppy, I would have never guessed that you might see an invisible x-wire in that Vasmus field setup.

Hoppy is just trying to wind you all up now, he isn't thinking how it could be working, One quick question lads do you know how it works ? I seriously think you should work that bit out !!!! and stop going off to a tangent !

[skywalker66]

The virtual ground also can be used. All what it is - the large capacitor plate. Can be big sheet of metal or just minus of the battery/capacitor.

In these videos, the guy use automotive battery's minus as such virtual ground.
Observe, he get shock sometime when connect negative lead of his device. There are floating
HV all over his device in absence of real ground, including battery minus.

https://www.youtube.com/watch?v=RUF7eJAOjF4
https://www.youtube.com/watch?v=nHIjik72IX8

[Hoppy]

Hoppy is just trying to wind you all up now, he isn't thinking how it could be working, One quick question lads do you know how it works ? I seriously think you should work that bit out !!!! and stop going off to a tangent !

I'm just being honest about what I think. If its not a fake, I don't know how it works Alien. Do you? I've speculated for a long time about how this device could work and cannot understand how the components are interconnected. Can you? Maybe we should get a higher intelligence, like Mags on the case. 

[skywalker66]

Hi GeoFusion. As Hoppy already replied, if you use the series capacitor between the yoke secondary and the
inductor winding, for sure there will be a series L-C-L resonance frequency in there. However what we are trying to
do in the test I was trying is to see if there is a frequency in the range of say 10 kHz to 40 kHz when driving the inductor
winding directly with a pulse waveform, where something unsual happens. T-1000 mentioned that you may find a frequency
where you see bursts of current of other unexpected things going on at the grenade output. If you do find such a frequency,
you would then tune your L-C-L resonance frequency to that frequency and then adjust your PWM driver to that L-C-L
resonance frequency.

Hi !
Because ultimately you will drive gredade thru a sinusoidal resonance LCL, it make logic to search the peak current T-1000 speak of using a sinusoidal waveform signal making a sweep in KHz range, and not a pulsed one.
Maybe ground is need connected at one end of the grenade, T-1000 can tell if that is a must in that test.

[verpies]

Some reading for Verpies and Hoppy:
According to http://kodu.ut.ee/~laurit/AK2/NMR_tables_Bruker2012.pdf the NMR frequency of Copper is 26.515473/28.403693MHz

The units are wrong implying that this frequency is constant.
It should be 26.5MHz per 1 Tesla.
...so at e.g. 0.5T the Larmour frequency would be 13.25MHz

Also the http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.493.5453&rep=rep1&type=pdf have information - "since the electrons in a typical paramagnetic, ferrimagnetic, or ferromagnetic material generate a strong magnetic field at the nucleus which may be much stronger (as much as 100 Tesla)  than the external fields that are generated in a laboratory."

Yes, which makes the "external fields that are generated in a laboratory" insignificant by comparison.

It is well known that the NMR frequncy in solid metals is subject to that strong internal field.  For example the internal field in bulk iron is -33T which causes it to resonate around 45.5MHz up to +0.5T external field and decrease a little for stronger fields, which is opposite to what you'd see with iron atoms in e.g. ferric chloride.