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Re: Odd streamer photograph (fwd)
Original poster: List moderator <mod1@xxxxxxxxxx>
---------- Forwarded message ----------
Date: Mon, 21 May 2007 15:59:51 -0400 (EDT)
From: M G <gt4awd@xxxxxxxxx>
To: Tesla list <tesla@xxxxxxxxxx>
Subject: Re: Odd streamer photograph (fwd)
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Bart, I noticed the large amount of what I remember being called, "Pixel
noise". Is this because the camera can capture ions not visible to the
eye, or some other reason due to the cameras capabilities?
About the vertical streamer being influenced magnetically in some way.
This was also my guess. Except my thinking was it reached the end of the
coils strongest magnetic field, and decided to follow the edge of it.
Your guess seems more likely to be the real cause of the vertical
streamer though.
Is it a good guess that the streamers follow an outward path because this
is the direction of the electromagnetic force?
Another question. A Tesla Coil emitting streamers into the air is still a
complete circuit isn't it? The ions are following an invisible path to
the ground because of t! he secondaries ground connection. Or am I wrong?
Matt G.
---------[ Received Mail Content ]----------
Subject : Re: Odd streamer photograph (fwd)
Date : Fri, 18 May 2007 19:32:18 -0600 (MDT)
From : "Tesla list" <tesla@xxxxxxxxxx>
To : tesla@xxxxxxxxxx
Original poster: List moderator
---------- Forwarded message ----------
Date: Fri, 18 May 2007 18:19:43 -0700
From: Barton B. Anderson
To: Tesla list
Subject: Re: Odd streamer photograph (fwd)
Hi Matt,
Here's an image I raised gamma to 2.4 and adjusted the
color-balance to
identify hot stops of the arc at. I cropped the left arcing
side of the
picture to reduce ! the size of the image.
http://www.classictesla.com/temp/1000194 xf1-bba.jpg
Note that there is a hot spot which the small vertical
streamer appears
to have resided from. Probably not a previous arc. Just a
chosen
direction for the streamer itself. There's really a lot of
neat things
going on in our streamers. This pic pretty much gives a good
indication
of the overall situation. Note the hot spot at the toroid.
Follow those
streamers to the second hot spot. You can see from the
streamers
emanating from that 2nd hot spot that the 3rd hot spot was
developed
from the 2nd hot spot. I expect that little vertical streamer
was
influenced by the 2nd hot spots magnetic fields (just a
theory).
Things like this occur with sparks. It's great that you
noticed it and
captured the subtle difference on image.
Our coils are often termed disruptive coils with a chaotic
output.
Although they are disruptive coils, the streamer propaga!
tion has a
definite physics which governs the path the streamer travels,
and part
of those physics is the tip of the streamer itself. As seen
in natural
God created lightning and even our coils, streamers can
change direction
in an instance. But isn't it interesting that the change in
path is
really not all that great. Sure it diverts from time to time,
but the
general direction is "away" from the point of origin. I've
never seen an
arc in natural lightning or in man made device travel outward
and then
back near it's origin. If high power and highly mistuned
coils, they do
sometimes come close by hitting about 1/3 down the coil
itself, but
that's a different problem (I once had).
Take care,
Bart
Tesla list wrote:
>Original poster: List moderator
>
>
>
>---------- Forwarded message ---! -------
>Date: Thu, 17 May 2007 21:33:54 -0400 (EDT)
>From: M G
>To: Tesla list
>Subject: Re: Odd streamer photograph (fwd)
>
>Here's a link to the original sized photograph.
>2576x1932
>http://img526.imageshack.us/img526/2793/1000194xf1.jpg
>
>Thanks,
>Matt G (not Hall).
>
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