Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Pirate88179]

If your voltage and frequency is high enough, it is acting like a spark gap and the electricity is "jumping" the gap made by the broken filament, which may not be all that far depending upon how much of the filament is missing.

This is what I believe is happening with your bulb.

Bill

[Trastos]

If your voltage and frequency is high enough, it is acting like a spark gap and the electricity is "jumping" the gap made by the broken filament, which may not be all that far depending upon how much of the filament is missing.

This is what I believe is happening with your bulb.

Bill

Thanks for yout attention, but i got 12 lights, the rest of the lights bright normally, the voltage is 180-160 volts (bad measured with normal multimeter in AC), i think that is a effect off, high level static electricity?.

I want a oscilloscope!   

[Trastos]

Thanks for your attention, but i got 12 lights, the rest of the lights bright normally, the voltage is 180-160 volts (bad measured with normal multimeter in AC), i think that is a effect off, high level static electricity?.

I want a oscilloscope!   

Interesting information for high voltage through materials
http://en.wikipedia.org/wiki/Dielectric_strength

And, the electric stress for a lamp that has not lost vacuum bulb, in pessimist scenario is 20kV/mm, if is a lost vacuum bulb, this electric stress go down.. to 2kV? not sure but it possible, or the voltage spike is larger than 2kV. The distance in two toasted wires is approx. of 8-10 mm.

Thanks again.

[gyulasun]

Is not a noble gas filled in the bulb? maybe not pure vacuum

[Trastos]

Is not a noble gas filled in the bulb? maybe not pure vacuum

Dielectric Strength of Argon is 0.56 MV/m
OK, if bulb has filled by Argon, the break down voltage is 560 V/mm.
560V/mm * 8mm = 4480 V Approx (i think that is less), are posible use the bulb like spark gap because wires are not degraded 

Argon and others,

use google for see the pdf, is a google security bug :S
http://iopscience.iop.org/1402-4896/13/1/007/pdf/physscr_13_1_007.pdf
http://iteso.mx/~jorgeaguilar/cap03_04.htm

Very intersting links
http://www.sciencenet.cn/upload/blog/file/2008/12/2008121510347360620.pdf
http://physics.info/dielectrics/

i see that the dielectric science of  materials is very complex.