Angelic Metal: Difference between revisions
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'''Angelic Metal and Reaction Process''' |
'''Angelic Metal and Reaction Process''' |
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'''Stable Angelic Metal''' |
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<chem mode="display" fleqn>^{{314}}_{{126}}{AM}\ </chem> |
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'''Isotopes and Ions''' |
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* Radioactive Isotope: |
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* Ionized Isotope: |
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<chem mode="display" fleqn>^{{325}}_{{140}}\text{AM}^{+}\ </chem> |
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'''Ions of Angelic Metal''' |
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* Positive Ion: |
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<chem mode="display" fleqn>^{{314}}_{{126}}\text{AM}^{+}\ </chem> |
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* Negative Ion |
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<chem mode="display" fleqn>^{{314}}_{{126}}\text{AM}^{-}\ </chem> |
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'''SuperSymemtric Reactor Reaction Process''' |
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Bombardment of the radioactive isotope by photinos <chem> \tilde{\gamma}\ </chem> |
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<chem mode="display" fleqn>^{{318}}_{{126}}\text{AM} + \tilde{\gamma} -> \text{AM}^* + \phi_b + E_{\text{burst}} + \tilde{\gamma}_{\text{secondary}}</chem> |
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Excited Angelic Metal atom decays, releasing energy (Selectron) and a photino for sustaining the reaction: |
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<chem mode="display" fleqn>\text{AM}^* \rightarrow \text{AM} + \phi_b + E_{\text{burst}} + \tilde{\gamma}_{\text{secondary}} + \tilde{e}^-</chem> |
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Selectrons are the energy carriers which get absorbed by the system and harness it into usable state: |
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<chem mode="display" fleqn> \tilde{e}^- \xrightarrow{\text{Absorption}} E_{\text{usable}} </chem> |
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Total Energy released in one reaction: |
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<chem mode="display" fleqn>E_{\text{reaction}} = \phi_b + E_{\text{burst}}</chem> |
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<chem mode="display" fleqn>E_{\text{SSR}} = 500 \, \text{MeV/reaction}</chem> |
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Repeat chain reaction sustained by <chem>\tilde{\gamma}_{\text{secondary}}</chem> |
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Revision as of 08:30, December 28, 2024
This article takes place in the 24 & 26 centuries of Distant Worlds.
Angelic Metal
mMONTAGEe
Distant Worlds
24 to 26th Centuries
Archangelic Iron, 4D Metal
Resonating D Metal
10 g/cm
9500 Celsius
280
D (Dimensional)
1
High thermal conductivity
8.6 nΩ⋅m
Electron and Selectron Conductivity
Natural, Permament (Configurble)
Photon and Photino Conductivity, Gravinium violent annihilation
12
Extreme
Biochemically inert
Unlikely
Gravinium Annihilation
Gravinium Annihilation, Electrostatic charges
Immense Pollution
Dimensional Cracks, Gravitational anomalies
13 billion
γ Radiation (High Charge), α (Natural, Unfiltered metal)
D-4 (SuperSymmetric Radioactive Element)
1.3 million EXO$
Rare (24th), Uncommon (26th)
Archangels, Humanity, Athezians
Humanity
Gravinium Lagrange Clouds (D-4 Isotopes)
Highly Recycable
Unregulated Markets of non United Sol Command allies
Legal
ANGL-METAL D1
Ionised rust
Ionised air
Gravinium, Iron, Cooper, Gold, Uranium, Plutonium
Ship Manufacturing, Space Station
Vehicle Manufactury, Electronics, Tools,
Hull Reinforcment,
Bridge Travel Stability, Durable Tools, Devices and Electronics, Ship Hull Reinforcment, Reactor amplification
Archangels
Archangels
Billions of years ago
24th Century, Lotus Facility on Planet Nova
Obsidian Dark with notable flashes of Cyan, Purple and Yellow
0.2
0
4 Dimensions
Medium
Low
Naturally forms in hexagonal shapes
γ Radiation (High Charge), α (Natural, Unfiltered metal)
SuperSymmetric AntiMatter
Natural Gravitational Attraction
OVERVIEW
No description rn just the ideas
Angelic Metal and Reaction Process
Stable Angelic Metal
\ce{^{{314}}_{{126}}{AM}\ }
Isotopes and Ions
- Radioactive Isotope:
\ce{^{{318}}_{{126}}\text{AM}\ }
- Ionized Isotope:
\ce{^{{325}}_{{140}}\text{AM}^{+}\ }
Ions of Angelic Metal
- Positive Ion:
\ce{^{{314}}_{{126}}\text{AM}^{+}\ }
- Negative Ion
\ce{^{{314}}_{{126}}\text{AM}^{-}\ }
SuperSymemtric Reactor Reaction Process
Bombardment of the radioactive isotope by photinos \ce{ \tilde{\gamma}\ }
\ce{^{{318}}_{{126}}\text{AM} + \tilde{\gamma} -> \text{AM}^* + \phi_b + E_{\text{burst}} + \tilde{\gamma}_{\text{secondary}}}
Excited Angelic Metal atom decays, releasing energy (Selectron) and a photino for sustaining the reaction:
\ce{\text{AM}^* \rightarrow \text{AM} + \phi_b + E_{\text{burst}} + \tilde{\gamma}_{\text{secondary}} + \tilde{e}^-}
Selectrons are the energy carriers which get absorbed by the system and harness it into usable state:
\ce{ \tilde{e}^- \xrightarrow{\text{Absorption}} E_{\text{usable}} }
Total Energy released in one reaction:
\ce{E_{\text{reaction}} = \phi_b + E_{\text{burst}}}
\ce{E_{\text{SSR}} = 500 \, \text{MeV/reaction}}
Repeat chain reaction sustained by \ce{\tilde{\gamma}_{\text{secondary}}}