Angel of Annihilation, on 18 January 2019 - 01:10 PM, said:
The only advantage Gauss Rifles have is heat related. The produce almost no heat.
I'm pretty sure you're talking about in-game, which is fair, but that the Gauss rifles don't produce heat is baffling to me.
WhineyThePoo, on 18 January 2019 - 03:31 PM, said:
While we are at it, is it really a Gauss rifle? I thought they were smooth bores and not rifled?
If so, shouldnt they be named Gauss gun?
That's something I've wondered about, too. I believe it's technically possible to have a rifled barrel in a Gauss gun/coilgun, but the friction would lead to a loss in efficiency, and they aren't efficient weapons to begin with. I'm pretty sure in a traditional coilgun the projectile doesn't contact the barrel, as it is suspended by the magnetic fields.
catsonmeth, on 18 January 2019 - 06:09 PM, said:
...nah. as others have said, magnetic accelerators produce less recoil than conventional guns do. And it would be annoying in gsme. And theres already a mechanic that limits gauss use.
The name implies that they're coilguns, but iirc they're railguns, so they aren't really smooth bore or rifled. Railguns can be built so that the EM force makes the projectile spin, though.
Where does this belief come from? I've noticed it being said a lot, as if Newton never existed. There is no reason why a magnetically accelerated projectile would produce less recoil than a chemically accelerated one. As I stated before (check page 1), due to a lack of recoil-compensating techniques, a Gauss gun would likely produce much more recoil than a conventional gun that is comparable in performance.
As for railguns, I'm not aware of any concept that uses electromagnetic forces to impart a spin on the projectile. If you are, please enlighten me.
Railguns are fundamentally different from Gauss guns - they really have nothing in common apart from they use electricity. Two parallel rails are charged, and the projectile (or projectile sabot) completes the circuit. High current passes through, and the projectile is accelerated by the Lorentz force. The projectiles are usually fin stabilized.