| IonutRO |
So it just dawned on me that the mechanics through which plasma weaponry would harm targets would be through thermal transfer, I.E. fire damage, since at the end of the day it's just very very very hot matter.
So I'm wondering why the Plasmathrower and the Plasma Grenades from the Technology Guide deal only half of their damage as fire and the other half as electric damage.
| Scrapper |
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Plasma is super heated air that has ejected it's outer electron shell, and in the process of thermal transfer/cooling causes a cross-charge transfer of electrons to restore said outer shell in the form of a high rate electrical discharge. In effect, your surrounding environment opposite the side of impact is going to have excess electrons drawn forcibly through you to the point of impact.
In other words, it's going to hurt a lot!
| Kazaan |
Because Tesla. Because that is pretty much the best real world example of mad science in the public mind.
What people call "Mad Scientists" rarely run controlled experiments to test a hypothesis. Instead, they often build large numbers of prototype, untested devices with reckless neglect of basic safety protocols. So "Mad Scientists" are really just misunderstood "Mad Engineers".
| graystone |
Err, no. Plasmas are quasi neutral. Yes, the electrons have been disassociated from the ions, but you have equal numbers of positive and negative charges in the plasma, otherwise the plasma would fly apart from Coulomb forces.
That said, it's make believe, they can do what they want.
This isn't exactly true. There are many variety of plasma phenomena and one is called a non-neutral plasma. Particle beams and positron plasmas are examples. The SLAC National Accelerator Laboratory did Advanced Accelerator Experimental Tests to prove the viability of plasma acceleration in 2014.
In essence, you can have a plasma composed of a single species of particle (electrons, positrons, and protons).