Angelic Metal: Difference between revisions

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TIMELINE

This article takes place in the 24 & 26 centuries of Distant Worlds.

OVERVIEW

Angelic Metal appears in "The Archangels Rise", "The Forgotten Planet"

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 $\ce{ \gamma^ \triangledown }$

$\ce{^{{318}}_{{126}}\text{Am} + \gamma^ \triangledown -> \text{Am}^* + \phi_b + E_{\text{burst}} + \gamma^ \triangledown_{\text{secondary}}}$

Excited Angelic Metal atom decays, releasing energy (Selectron) and a photino for sustaining the reaction:

$\ce{\text{Am}^* \rightarrow \text{Am} + \phi_b + E_{\text{burst}} + \gamma^ \triangledown_{\text{secondary}} + e^\triangledown}$

Selectrons are the energy carriers which get absorbed by the system and harness it into usable state:

$\ce{ e^\triangledown \xrightarrow{\text{Absorption}} E_{\text{usable}} }$

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 $\ce{\gamma^ \triangledown_{\text{secondary}}}$

Electromagnetic chambers within the SSR hold the cores of the metal stable and prevent it flying out and causing uncontroled reaction

Syntesation chain example 1

Aborium-120 + Lead Fusion, to get Controllable decayable thing

$\ce{^{304}_{120}\text{Ab} + ^{208}_{82}\text{Pb} \rightarrow ^{512}_{202}\text{Intermediate} + \gamma }$

Intermediate element is stabilised with 8 additional neutron injection, using Photons the electron cloud is configured, mimicing Archangels tech.

$\ce{^{512}_{202}\text{Intermediate} + 8n + \gamma \rightarrow ^{520}_{202}\text{Stable Intermediate} }$

Controlled Decay, into lower mass intermediate through series of Alpha and Beta decays

$\ce{ ^{520}_{202}\text{Stable Intermediate} \xrightarrow[\text{decay chain}]{\alpha, \beta} ^{322}_{128}\text{Intermediate} + \text{Energy} }$

Final configuration of most outer Selectron shell, giving it its 4D Properties, using the Photino Electrons are induced to flip into Selectrons from the much massiver Photinos

$\ce{ ^{322}_{128}\text{Intermediate} + \gamma^ \triangledown \rightarrow ^{314}_{126}\text{Am} + \alpha + e^\triangledown }$

@@ Line 15: / Line 15: @@
 |type = Resonating D Metal
 |density = <quantity>10 g/cm</quantity>
-|melting_point = <quantity>9500 ^{\circ}C</quantity>
+|melting_point = <quantity>9500 C^\degree</quantity>
 |atomic_mass = xxx
-|group = D (Dimensional)
+|group = <chem>D</chem> (Dimensional)
-|period = D
+|period = <chem>D</chem>
 |heat_conductivity = High thermal conductivity
 |resistance = 8.6 nΩ⋅m
@@ Line 33: / Line 33: @@
 |unique_hazards = Dimensional Cracks, Gravitational anomalies
 |half_life = x
-|emitted_radiation = γ Radiation (High Charge), α (Natural, Unfiltered metal), γ͂  (Reaction)
+|emitted_radiation = <chem>\gamma</chem> Radiation (High Charge), <chem>\alpha</chem> (Natural, Unfiltered metal), <chem> \gamma^ \triangledown </chem> (Reaction)
 |synthesis_chain = example.jpg
 |caption-synthesis_chain = example
@@ Line 64: / Line 64: @@
 |sound_reflectivity = Low
 |geometric_properties = Naturally forms in hexagonal shapes
-|radiation = γ Radiation (High Charge), α (Natural, Unfiltered metal), γ͂  (Reaction)
+|radiation = <chem>\gamma</chem> Radiation (High Charge), <chem>\alpha</chem> (Natural, Unfiltered metal), <chem> \gamma^ \triangledown </chem> (Reaction)
 |derived_materials = SuperSymmetric Matter
 |anomalous_properties = Natural Gravitational Attraction
@@ Line 100: / Line 100: @@
 '''SuperSymemtric Reactor Reaction Process'''
-Bombardment of the radioactive isotope by photinos <chem> \tilde{\gamma}\ </chem>
+Bombardment of the radioactive isotope by photinos <chem> \gamma^ \triangledown </chem>
-<chem mode="display" fleqn>^{{318}}_{{126}}\text{Am} + \tilde{\gamma} -> \text{Am}^* + \phi_b + E_{\text{burst}} + \tilde{\gamma}_{\text{secondary}}</chem>
+<chem mode="display" fleqn>^{{318}}_{{126}}\text{Am} + \gamma^ \triangledown -> \text{Am}^* + \phi_b + E_{\text{burst}} + \gamma^ \triangledown_{\text{secondary}}</chem>
 Excited Angelic Metal atom decays, releasing energy (Selectron) and a photino for sustaining the reaction:
-<chem mode="display" fleqn>\text{Am}^* \rightarrow \text{Am} + \phi_b + E_{\text{burst}} + \tilde{\gamma}_{\text{secondary}} + \tilde{e}^-</chem>
+<chem mode="display" fleqn>\text{Am}^* \rightarrow \text{Am} + \phi_b + E_{\text{burst}} + \gamma^ \triangledown_{\text{secondary}} + e^\triangledown</chem>
 Selectrons are the energy carriers which get absorbed by the system and harness it into usable state:
-<chem mode="display" fleqn> \tilde{e}^- \xrightarrow{\text{Absorption}} E_{\text{usable}} </chem>
+<chem mode="display" fleqn> e^\triangledown \xrightarrow{\text{Absorption}} E_{\text{usable}} </chem>
 Total Energy released in one reaction:
@@ Line 118: / Line 118: @@
 <chem mode="display" fleqn>E_{\text{SSR}} = 500 \, \text{MeV/reaction}</chem>
-Repeat chain reaction sustained by <chem>\tilde{\gamma}_{\text{secondary}}</chem>
+Repeat chain reaction sustained by <chem>\gamma^ \triangledown_{\text{secondary}}</chem>
 Electromagnetic chambers within the SSR hold the cores of the metal stable and prevent it flying out and causing uncontroled reaction
@@ Line 138: / Line 138: @@
 Final configuration of most outer Selectron shell, giving it its 4D Properties, using the Photino Electrons are induced to flip into Selectrons from the much massiver Photinos
-<chem mode="display" fleqn> ^{322}_{128}\text{Intermediate} + \tilde{\gamma} \rightarrow ^{314}_{126}\text{Am} + \alpha + \tilde{e}^- </chem>
+<chem mode="display" fleqn> ^{322}_{128}\text{Intermediate} + \gamma^ \triangledown \rightarrow ^{314}_{126}\text{Am} + \alpha + e^\triangledown </chem>