Air, heat, gas, electricity, conductivity, capacitance, thermal temp.

A Few Possibilities:
1: Still some gas left over that's burning until exhuasted or the
higher electrical charge has been lost, air is a form of gas, oxygen
is highly ignitable, plasma would maintain charge the duration
particles are together and enough energy is ramped through, depends
how fast the light switch really turns off the energy given the
circuit's capacitance and resistance.

Electrical conductivity in capacitors via electrolyte maintains a
certain charge even when powers turned off until almost all energy is
consumed/drained/transfered, basically a battery, same as metals like
aluminum, though aluminums corrosion factor's higher. 2 Metals
exposed to air with voltage applied often corrodes metals of 2
different types immediately by burning air particles and thus oxidez
the surface heavily, like using zinc, once it's gone the metal
underneath begins to corrode, since this is a 1 ft. flame and there's
exposure to air gas and plasma particles with radiated electrical
heat applied, the height of flame increase usually means the
ignitable gas is hotter, so thermally the flame will rise along the
ignitable gas a distance due to the radiated heat, which in this case
is also magnetic, time would depend on a few things.



--- In kanzius_effect@yahoogroups.com, "Sterling D. Allan"
<sterlingda@...> wrote:
>
>
> John Kanzius responded:
>
> "Since everyone seems to want to put their two cents in, We have
been busy doing some tests to not only improve the efficiency, but to
get the flame to continue after the generator is turned off..Ask good
old Jerome, since we are putting in some time on the project to
satisfy the nay sayers, why the flame which we now have a foot high
from the same test tube still burns for up to three seconds after we
shut the generator off? Is it static electricity Jerome? A RF flame
12 inches long with a couple hundred of watts...Come on Jerome!!!!"
>
> ----- Original Message -----
> From: JE GOODWIN
> To: sterlingda@...
> Sent: Wednesday, June 06, 2007 3:40 PM
> Subject: Salt water energy
>
>
> The " flame " is not truly burning in this case the water
droplets are arcing from the R.F. ( Radio Frequency ) energy. It is
the same as a waveguide arcing when moisture gets in it. The water
turns to steam as the salt is heated and the R.F. finishes the job by
arcing between the droplets. The " plasma " is just R.F..
> Jerome E. Goodwin Sr.
>