NorthMustang
NorthMustang
5 / 0
9th Jul 2016
9th Jul 2016
Now I have a good idea how it works... Now it's a 'star.'

Comments

  • edr-01
    edr-01
    9th Jul 2016
    @NorthMustang You used Deuterium with very high life. This makes that the Deuterium "grow" and produces fission with protons. Protons created in the fission of Deuterium create negative pressure.
  • MrSpudNugget
    MrSpudNugget
    9th Jul 2016
    its because the PIPE takes in some of the DEUT which isn't released until theres a free square next to it (until the protons have moved away) it then takes the heat from the PROT and expands, releasing more PROT taking up the space, stabilising the reaction.
  • NorthMustang
    NorthMustang
    9th Jul 2016
    Not that, I could be classified as an expert in tpt proton physics; No, how in the world does the fission last so long?
  • Weretyu777
    Weretyu777
    9th Jul 2016
    It's actually quite simple. In TPT, neutrons exert positive pressure, while protons exert a negative pressure. By making a lot of protons at once, you are creating an area of low pressure which particles are drawn to.