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Re: 20 joules at 100 bps vs 4 joules at 500 bps - any difference?



Original poster: "Gerry  Reynolds" <gerryreynolds@xxxxxxxxxxxxx>

Hi Boris,

I'm thinking that a larger toriod serves two benifits: a larger charge reserve to feed the streamer as you mentioned and the background E-field. Example, raise the toriod to just under breakout and the E field at a point in space in the vicinity of the torid will increase as well. It seems like this will stress the molicules and put them into a higher energy state (read this to mean that it would take less energy to put them over the top and cause ionization). If this thinking is true, then both field and reserve capacity are important.

Gerry R


Original poster: boris petkovic <petkovic7@xxxxxxxxx>

IMHO,it is not the toroid background E-field which is
of prime importance to support longer spark growth,but
the larger toroid ability to feed long sparks with
more CHARGE.
Even though for the same bang size ,inital terminal
potential may be higher for a smaller toroid used,a
charge surplus of a bigger toroid appears to be more
important (up to a certain limit ,of course)

Also,note that secondary with a larger toroid on
,exhibits  smaller detuning effects in TC system for
the spark of the same lenght attached.

regards,
Boris