|Acid dissolve rate||0%|
|Allows neutrons to pass through|
|Radioactive, harmful to STKM|
Fissile. Becomes more unstable under pressure, on contact with lightning (THDR/LIGH), or with a high amount of neutrons. The reaction produces a uranium particle, a neutron and Molten Plutonium. Molten plutonium will remain at max temp for a few frames after the reaction. When cooled, the ctype changes to stone.
Modeling real life, when a neutron hits a large amount of plutonium, it splits off in two. Every time a new neutron is formed, a flash of heat can be seen using heat color. Plutonium will not react with neutrons if the pressure is lower than -2.00.
When hit with white light, plutonium reflects most of it as green light with tiny yellow and blue lines in the spectrum. Plutonium will absorb pure blue light, but the first state of heating a blue filter produces light with blue emission lines and a single light blue emission line. When this light strikes plutonoium, it reflects retaining only the singe light blue emission line. Plutonium will reflect light with the spectrum that is produced by uranium with the same green lines but fewer yellow lines. This spectrum is different from the traditional spectrum of light bounced off of plutonium. More data is currently being researched on the luminous properties of plutonium.