OK,
I picked up a scope.
I have documented the preliminary signal coming from the Plasma globe.

I am cutting through hard pan dirt with this new ground I am turning over. I have never touched a scope. God how much I have missed!

anyway here are a couple of pics and if you like you can see my video.
http://www.youtube.com/watch?v=LxsT93s2gi4

h2ocommuter

Allright,
I have put together a vid of the first circuit using the spark gap and displayed them on the scope.
http://www.youtube.com/watch?v=-q7-I0Bpiok

Here are two spark gap pics that clearly show this happening

I wanted to include all my findings just to be thorough.
I need to walk my own steps to fully understand what I have accomplished, and to further view clues that I may have missed without the scope. This may be tedious but I feel it is important.
When I get proficient with the scope things should move faster.

The LED is an nte 30040 if anybody cares.

If you haven't looked at the videos do so, I don't like my drivel just flopped out there for too long.

What I have done on the last video and this one is show how the earth ground and the air ground effect the signal from the plasma globe.
I have not displayed much of the Earth grounding because it has so much action within the signal. This is an antiquated scope and just cannot read well enough. Or it may just be me.
I have got a long way to go towards understanding the scope and the signal I am reading.

As things are going slower here, with the many interruptions and preoccupations I am involved with I offer a little video of how I have figured out how to get the signal way more organized.
Here are some pics that show the progression by adjusting the spark gap to a closer position using a grounded spark gap.

The last pic will be on the 20 V range to get the signal to fit onto the screen

http://www.youtube.com/watch?v=MHKfJoYmfTo

Enjoy

Yes things keep moving along, As I slowly progress still examining the first circuits I am finding variations that continue to amaze me.
As the last video showed the signal becoming more organized as the spark gap was narrowed. and the neg. voltage growing. now the signal is more defined into a DC square wave. As Don suggested you need to pulse the IT.

I set up an analogue AC meter on the IT and I measure 120 Volts AC. The hookup is bastardized though. The miligauss was more than enough to get the needed 2.5 necessary for 240 volts.
What did I just say?
I am short the voltage.
I am setting up the electrostatic voltmeter and going to place it around to see what values there are at this stage anyway.
I am jazzed The spark gap is producing good ozone now and I really haven't done anything different. The same two nte 125's and two LED's. I have incorporated the IT into all my testing just in case I find the electricity that is there as Don would say. The last variation I have done is taken both leads from the crown and set them bucking both diodes. then using the two LED's I am feeding the IT ( As a grounding effect) and that has given me these results.
Go figure? 
Lastly I am feeding the spark gap from the bucking side of the circuit.
I will continue to take readings on the earlier circuits until I exhaust all variations. 
I was given the impossible to find manuals for my scope and I need to bone up on its operation.

http://www.youtube.com/my_videos?pi=0&ps=20&sf=added&sa=0&dm=1

h2ocommuter

As things have been going I posted more videos on my utube channel.

These are showing the relationships of the signal coming from the plasma globe, how these signals can be manipulated by the spark gap, How this signal may be separated using a spark gap, how many different signals can be defined within that one signal and so forth.

http://www.youtube.com/user/h2ocommuter?feature=mhw5#p/u/0/XPO0gIVu1jQ

Enjoy

Zane