Thursday, February 15, 2018

hey...this is the idea...I didn't match nothing that i had with the capacitor (previouse) even Bout's (russian nuk suitcase ) bomb needed an electrical house connection electrical support

480 volt 3-phase Arc Flash Demonstration - check it out

among 150 youtube videos the "system" deleted..I think i still have one....appropriate...this is the thing for the detonantion circuit

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..ok. its missing the fusor...I'll get when i resolved on my head

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Elsa David ok, ok, ok guys...I was looking for nano...microns..graphite was ideal, sells on alibaba....probably not that heat resistance
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Elsa David it has to be a cone shapped to mix chock both HEU...
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Elsa David and it seems...that was it came from my idea...that russian 4th generation nuk ogives....are in glass lenses
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Elsa David yeah, graphite 0.2 microns electrolyses the bomb...

(I'll make the draw...just give me one second ) welcome back to war! I'm back to business! So what would you need to achieve fusion (without reaching break-even of course)?

Five Minute FUSOR

WRITTEN BY: GENERATOR MAN - JUN• 15•12
A fusor constructed with 5 minute epoxy. Nothing special here, just a proof of concept idea regarding the fesibility of hardware store epoxy in a high vacuum environment.
Video Rating: 4 / 5
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24 Comments

  1. clagwell says:
    A radiation shielding system.
    And a neutron detection system.. BTI bubble detector would work for this.
    ….and not to mention the seemingly endless minutia that associates itself with each one of those requirements.
  2. clagwell says:
    A stainless steel containment vessel, preferably with conflat flange type vacuum connections.
    A variable (and metered) DC power supply capable of 30kv at 50ma.
    A well metered vacuum system consisting of a roughing pump and a diffusion pump. Should be capable of drawing a vacuum down to 5 microns.
    A gas handling system to slowly meter in the deuterium.
  3. Moretanks says:
    So what would you need to achieve fusion (without reaching break-even of course)?
  4. clagwell says:
    The amperage would be too low. A couple of old MOT’s in series have been known to work well.
  5. yo90bosses says:
    cauld i use a flyback transformer they put out arround 5-30kv dc and mine puts out around 2cm spark
  6. clagwell says:
    A 9kv NST would barely give you 6 – 7kv operating voltage. Any radiation would be much less than a walk in the park on a sunny day. Your biggest dangers are implosion and electrical shock.
  7. yo90bosses says:
    sorry for all the questions but i have a big one does this have any harmfull radiation or the sort and if yes do i just take a regular jar and put a vaccum and run 9000 volts though it
  8. clagwell says:
    No
  9. clagwell says:
    Simply put, yes. But dont expect self rectification with a chamber much bigger than pictured.
  10. omarnug says:
    Mmm, it looks purple. Does it produce UV radiations? And would they be harmful?
  11. yo90bosses says:
    so all i gotta do is get a chamber with a vaccum and run around +9000 volts
  12. clagwell says:
    Believe it or not, this fusor was self rectifying. Not too different from a 6BK4 shunt regulator tube. I powered it with an un-rectified NST.
    Its been 2 years since I last worked on that but I think it operated around 20-30 microns.
  13. clagwell says:
    A member of fusor.net has been conducting that experiment for the past month or so. Pics included.
    But not much, just two independent poissers.
  14. clagwell says:
    Its been 2+ years since I ran this thing, so if i recall correctly, it was a 9kv 30ma NST. No deuterium in this model, it would be a total waste as this was not designed to fuse. Only testing the vacuum properties of various epoxies.
  15. clagwell says:
    Just an air vacuum.
  16. yo90bosses says:
    is there a speicial gas in the chamber or is there just a high vacuum
  17. cowsrock94 says:
    Its cool how it “sparks” from the wall to the center. (i say sparks because im not sure what is jumping from the wall to the center)
  18. cowsrock94 says:
    very cool.
  19. Patriotgal1 says:
    VERY neat!! I’ve seen several “Farnsworth Fusors” online. Now, I have a new project, to add to mt Tesla Coil & Jacobs’ Ladder for my haloween party. 🙂
  20. Moretanks says:
    @clagwell
    What’s the input P.D. and current of this thing?
    Also, do you basically pump all the air and and then add it bit of deuterium?
  21. optionsnone says:
    What happens when you bring 2 fusors close together, preferably in the same vacuum chamber ?
  22. Desmonddd2002 says:
    hi, its a ETW type fusor with -ve charged end plates right? how many torr is there in the fusor?
  23. hermanliisgod1 says:
    Schematics por favor?
  24. iEugene1994 says:
    That’ll be cool to cook something in that thing.

this is a nuclear dirty bomb improvised fusion device...no camera needed thanks. the nuclear blast, is not a typical explosion. It explodes on an orange fog cloud (also with the pyrotecnics) and then, a very high heat will appear, over 900.º C ....and then 2 km2 will be totally lethal, and the surrounding 30 km, will be affected. Best part of it, totally energy blackout, on half europe.


you're the fucking engineers...if "you can not look directly to the beam" its because there's a beam, I'm stupid or what? therefore, you point down to the electric grid, and that shit, bye bye, totally blackout!
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Cielo e terra (duet with Dante Thomas)