The Powder Toy

Proton Resistant Wall by Odinjrthesecond

Odinjrthesecond
Odinjrthesecond
3 / 0
24th Jul 2021
24th Jul 2021
This is my first time publishing something, therefore, I have no idea what I'm doing. I'm not really sure about the letters either... Anyways, this wall absorbs protons safely. Superheated protons have a high chance to cause a meltdown, though. Have fun!

Comments

  • Odinjrthesecond
    Odinjrthesecond     24th Jul 2021
    About the high life deuterium oxide breaking the wall, this could be solved with really high cooling or heat tolerance by itself, but keep in mind, this wall is designed to be resistant to protons and protons only. If it's resistant to anything else, that's a bonus. Everything in this wall is devoted to blocking the protons (while still being a destructible material).
  • Odinjrthesecond
    Odinjrthesecond     24th Jul 2021
    Yes, I could, but frame is pretty much an invincible material if you don't count stuff like bomb. Nobody likes invincible materials. At the very least, I don't, when I'm making material-resistant materials.
  • random_rickroll
    random_rickroll     24th Jul 2021
    Using high-life 'DEUT' made the wall break in seconds (melting down everything), any solutions for this?
  • the_power_toy
    the_power_toy     24th Jul 2021
    you could replace the vibr with insl and everything else with frme for a more effective wall +1
  • Odinjrthesecond
    Odinjrthesecond     24th Jul 2021
    the next edit.. I've added gold so the exotic matter exposed to protons doesn't contain massive amounts of pressure, resulting in the vibranium going off if the pressure reaches it, because gold was the first thing that came to mind when I wanted something that could handle low temperature and high pressure yet let pressure through. I'm gonna stop announcing my edits now, by the way.
  • Odinjrthesecond
    Odinjrthesecond     24th Jul 2021
    Edit: Okay. Too many protons CAN overload it. But we're talking like, tens of thousands of protons. I have a plan to fix this, though. When in doubt, ADD MORE COLD-
  • Odinjrthesecond
    Odinjrthesecond     24th Jul 2021
    Yes, that's why the exotic matter is there. Exotic matter exposed to protons rapidly produces cold, which reduces the energy of the vibranium and thus keeps it from exploding. However, it cannot handle large amounts of heat, which will result in a definite explosion. But what fun is it if it can't be destroyed?
  • SpaceGuardian0
    SpaceGuardian0     24th Jul 2021
    vibranium +too many protons=BOOM