Tritium
| Tritium | |||||||
|---|---|---|---|---|---|---|---|
 | |||||||
| Properties | |||||||
| Type | Gas | ||||||
| Made With/By | Irradiation of Lithium | ||||||
| Difficulty of Production | Medium | ||||||
| Exists in Reality | Yes | ||||||
| Can Be Placed | No | ||||||
| Temperature | ~20°C | ||||||
| Renewable? | Yes | ||||||
| Flammable | 5.0 kTU | ||||||
| Combustible | 10.0 kHE | ||||||
| Tooltip | |||||||
| Tritium [Flammable] Provides 5.0kTU per bucket [Combustible] Provides 10.0kHE per bucket Fuel grade: High [Radioactive] [Gaseous] Hbm's Nuclear Tech | |||||||
| Warnings | |||||||
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Tritium ( or Hydrogen-3) is a flammable, combustible, radioactive gas with a high fuel grade, providing 5.0 kTU and 10.0 kHE. It is an isotope of hydrogen, used mostly on the fusion reactor along with deuterium or hydrogen, ZIRNOX rods, lamps, plasma grenades, etc.
Production
     10,000mB |
  1,000mB |
 100mB |
Uses
| Assembly Template | Recipes |
|---|---|
| Recipe: Plasma Grenade
Duration: 10.0 seconds Consumption: 100HE/t |
      2 |
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Trivia
- In real life, tritium radioactivity is negligible due to its β particles being unable to penetrate through skin effectively, but it can be a radiation hazard if inhaled, ingested via food or water, or absorbed through the skin.