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DIY Ball Lightning
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To: "'Tesla List'" <tesla@pupman.com>
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Subject: DIY Ball Lightning
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From: Tesla List <tesla@stic.net>
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Date: Mon, 6 Apr 1998 00:16:58 -0500
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Approved: tesla@stic.net
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From: Malcolm Watts [SMTP:MALCOLM@directorate.wnp.ac.nz]
Sent: Sunday, April 05, 1998 5:55 PM
To: Tesla List
Subject: Re: DIY Ball Lightning
Hi Dan,
> From: ntesla@ntesla.csd.sc.edu [SMTP:ntesla@ntesla.csd.sc.edu]
> Sent: Friday, April 03, 1998 4:30 AM
> To: tesla@pupman.com
> Subject: DIY Ball Lightning
> ><snip>
> >The power nescesary to produce fireballs is not very high. We have seen
> >fireballs from small table top machines operating around 200-300 watts. The
> >power levels will determine the size and lifetimes of the fireballs. At 200
> >watts or so, the fireballs will be points of bright light out towards the
> tips
> >of the streamers. Running the coil mentioned in the previous emails, will
> >produce fireballs 1 to 2 cm in size. The key is "lots of ozone and lots of
> >carbon" and the long thin wispy sparks. The thick bright discharges do not
> >produce fireballs. So, backing off on the power sometimes produces better
> >results.
> >
> >
> >Hope this answers your questions.
> >
> >Ken Corum
>
> That's interesting. So from where did Tesla's carbon originate? Carbon from
> wooden forms? That seems likely as I seem to recall Tesla writing that the
> "fireballs" would destroy the coil. I have a few boxes of arc-lamp
> copper-clad carbons....I think I'll give this a try soon. :)
>
> Dan
He put carbonized discharge points on the coil terminal I think. Must
check that section out in CSN. Perhaps Richard Hull knows the answer
more readily. This all sounds quite easy enough to do.
Malcolm