_killer_
_killer_
24 / 5
8th August
15th August
A geiger counter utilizing both the properties of RSSS and RSST, as well as electronics. The displayed number is not exact and should only be used to compare two quantities of NEUT against each other. Everything is free to copy.
geiger technology neutrons neut radiation rsst rsss electronics counter sprk

Comments

  • Dr_Cyle122
    Dr_Cyle122
    13th August
    isnt this how counters actually work? like the rough idea of it at least
  • alientranslator
    alientranslator
    13th August
    very creative idea! +1
  • Dupe234
    Dupe234
    13th August
    thank you for the credit and good job!! +1
  • Owannobie
    Owannobie
    12th August
    good not shlop
  • FrankHorrigan
    FrankHorrigan
    12th August
    WITH A GEIGER COUNTER IN MY HAND
  • _killer_
    _killer_
    11th August
    rhdmehr: It's accuracy can't really be improved, because it's random whether the neutron passes through, is absorbed, or triggers a spark. You can use it to compare two quantities, but it can't really give you an actual number that repesents the radiation's strength.
  • rhdmehr
    rhdmehr
    11th August
    it's a little inaccurate make it detect like only 3 instead of alot
  • _killer_
    _killer_
    10th August
    I hope that explanation helps those who don't understand how it works.
  • _killer_
    _killer_
    10th August
    leonisback2: This conversion is done by using a counter that resets in a certain interval, and when restting, triggers a DRAY that copies a pixel of CRMC with a tmp2 value equal to the value of the counter onto the pixel of which the sign reads and displays the tmp2 value.
  • _killer_
    _killer_
    10th August
    leonisback2: When RSSS is hit by NEUT it liquifies into RSST. While the former can't conduct SPRK, the latter can, but is destroyed in the process of doing so. Because of that, I use a CRAY to replenish the thin line of RSSS in regular intervals. That way, whenever a neutron reacts with the RSSS, it will send a signal and the frequency of those signals is converted into a number on the sign.