Nitronium: Difference between revisions
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{{Stub}} | {{Stub}}{{Infobox chem|name=Nitronium|image=File:Info.png|Category=Ionized Chemical|type=Fuel|symbol=NIT|atomic=N/A|formula=H2O+|appearance=Aquamarine colored liquid, bioluminescent.|phase=Liquid|density=1.15KG/m3|melting=10 C|boiling=55 C|reactivity=Ignites if enough friction is applied|stability=Stable|toxicity=non-toxic|radiological=1.25 mSv/a|production=Ionisation can be done anywhere.|uses=Reactor fuel, FTL fuel|hazards=Mild radiation exposure, minimal explosion risk.|storage=Room temperature, any fluid tank.|discovery=2593 [[GST]], [[Harrison Blue]]|notes=Patent was made public domain after Nitronium's uses became clear.}} | ||
Revision as of 13:49, 27 December 2025
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| Nitronium | |
|---|---|
| File:Info.png | |
| Category | Unknown |
| Type | Fuel |
| Symbol | NIT |
| Atomic number | N/A |
| Molecular formula | H2O+ |
| Appearance | Aquamarine colored liquid, bioluminescent. |
| Phase | Liquid |
| Density | 1.15KG/m3 |
| Melting point | 10 C |
| Boiling point | 55 C |
| Reactivity | Ignites if enough friction is applied |
| Stability | Stable |
| Toxicity | non-toxic |
| Radiological properties | 1.25 mSv/a |
| Production method | Ionisation can be done anywhere. |
| Primary uses | Reactor fuel, FTL fuel |
| Hazards | Mild radiation exposure, minimal explosion risk. |
| Handling procedures | Standard |
| Storage requirements | Room temperature, any fluid tank. |
| Discovery | 2593 GST, Harrison Blue |
| Notes | Patent was made public domain after Nitronium's uses became clear. |