User talk:Theresa knott/archive6
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Hi Theresa; in re pressure and electricity: pressure is the statistical sum of the momentum of particles colliding with a barrier. That is, a gas or fluid presses on things because its molecules bounce against it. If the particles are ions, each has a net positive charge. Charged particles can be pressurized against a surface with a flow of electric charge. The classic examples are electrochemical. This is why electroplating works, for example. Other examples include the magnetosphere, which is pressurized by the flow of protons from the sun, and the Biefeld-Brown effect, which is probably an ionic wind induced by electric currents.
- User talk:Theresa knott/archive 1
- User talk:Theresa knott/archive 2
- User_talk:Theresa_knott/archive3
- User_talk:Theresa_knott/archive4
- User_talk:Theresa_knott/archive5
- User_talk:Theresa_knott/archive6
As to the magnitude of the pressure, Charles' Law relates temperature and pressure (they're proportional). One electron volt is equivalent to several thousand degrees F of temperature. See the fusor, which can fuse deuterium with a neon transformer...
Best wishes, and please revert my changes, to the extent that this makes sense to you. If you agree, it would be kind to place this text in the discussion to prevent further changes,
Ah a nice blank page again! :-) theresa knott 14:20, 21 Jun 2004 (UTC)
All pristine white space. But for how long?
- Not very ;-). (Sorry, couldn't resist) ā Lady Lysine Ikinsile 14:24, 2004 Jun 21 (UTC)
- LOL I thought someone might do this, but 4 mins that's pretty fast! theresa knott 14:27, 21 Jun 2004 (UTC)
YAY FOR ENGLAND I'm with you, until England meets Sweden. Till then, Congratulations. ā Sverdrup 21:25, 21 Jun 2004 (UTC)
- Thanks but we will beat Sweden. This year we are going to win! I just know it. theresa knott 21:28, 21 Jun 2004 (UTC)