dog2
dog2
81 / 19
10th Apr 2021
10th Apr 2021
The saturation pressure of water at 322 C is ~114 atm. This means steam and water can coexist (and are in equilibrium). It's probably been done before, but I thought it was cool
supercritical water physics science steam arghhh saturatedwater

Comments

  • PowderyNerd
    PowderyNerd
    13th Apr 2021
    the idea is that it is 3 times the boiling point but some of it can remain liquid due to the pressure of the environment
  • PowderyNerd
    PowderyNerd
    13th Apr 2021
    nvm lol
  • PowderyNerd
    PowderyNerd
    13th Apr 2021
    yeah this is kinda just boiling right? sorry if im completely wrong or something
  • SsaucySam
    SsaucySam
    13th Apr 2021
    Uh thats not quite what saturation is... this would be the boiling point
  • Teneiger10
    Teneiger10
    13th Apr 2021
    Wow awesome water
  • Nick3645
    Nick3645
    13th Apr 2021
    I mean the simulation isnt 100% perfect. Just because it has phase limitations doesn't neseccarily mean what's happening isn't supercriticality.
  • dog2
    dog2
    13th Apr 2021
    @epic_cat supercritical fluid has no phase distinction between liquid and gas, so it can't be modeled in TPT. Supercritical water also occurs at 374 C and 218 atm (this is at 322 C and ~114 atm)
  • epic_cat
    epic_cat
    12th Apr 2021
    isnt this supercritical?
  • bryiscool
    bryiscool
    12th Apr 2021
    @tonimark you do understand its not all just about you and your stuff right?
  • Emperor_of_Catkind
    Emperor_of_Catkind
    12th Apr 2021
    drop a bomb from above and you'll get a cyclone, maybe even two