The Hunger awaits
OUT OF CHARACTER INFORMATION
Noxinium B is discovered as a leftover result from the burning of the Infinium 01458 alloy inside reactors where it would be used as a fusion material. Though at first, it was just believed to be a wasted byproduct, tests concluded during the engineering of the company's own fusion reactors lead to show that it was highly flammable. Thus under the protocols of the N&Z umbrella Corporation to find a use for everything they create, including the waste or byproduct of other designs, tests were made to see what uses there could be for this particular byproduct.
Though at first glance the byproduct was nothing more than a toxic gas with mostly uses in military applications, it was discovered that by changing the ratio between the mercurychloride and the mercuryhydride, a safer and more efficient burning process was available. This discovery lead to more tests which included trying to run a few of the company's own designed engines and more primitive reactors on this newly dubbed Noxinium B. These tests at the very least made it apparent that this newly discovered byproduct was a very efficient fuel efficient substance.
- Intent: To create a fuel for further Use in weaponry, machinery, vehicles, etc
- Image Source: N/A
- Permissions: N/A
- Primary Source: [X]
- Manufacturer: N&Z Umbrella Corporation and subsidiaries
- Affiliation: Closed Market
- Model: N/A
- Modularity: the gas can be compressed to be stored as a liquid.
- Production: Mass Production
- Material:
- Classification: Gas[natural state] or liquid [pressurized state]
- Weight: Heavy
- Color: Mustard yellow
- Resistances:
- Energy (And other Blaster type weapons): None
- Kinetic: None
- Lightsabers: None
- Heat: None
- Cold: Very High
- EMP: Very High
- Other (unspecified): Average
- Very good burning efficiency: Noxinium B has a very good burning efficiency, meaning that it is capable of granting large amounts of thermal energy with just the slightest whiff of the gas being used, allowing for a better ratio of amount of fuel-Thermal energy output than for instance the more common tibanna gas.
- Reliable fuel efficiency: Though usually fuel efficiency is attributed to the engines or reactors which utilize the fuel, in this case it can be stated that due to the good burning efficiency of the compound itself, it can increase the overall output of engines and their overall fuel efficiency on its own, making this a very reliable replacement for some of the more rare and harder to obtain fuelsources in the galaxy.
- Prone to explode: Any sufficiently high heatsource of a thermal nature may cause the fuel to instantly and abruptly explode, unleashing large amounts of thermal energy. It is thus advised to keep the gas in liquid pressurized form when stored or to safely shield the container in which it is placed.
- Toxic: Though Noxinium B is not as toxic or as poisonous as it's original metal compound or its more military counterparts, it is still not safe to be handled without protective gear or some meassures to ensure the safety of the people working with it. This is especially obvious in its gaseous form, in which it can cause anything from shortness of breath to death in the most severe cases. Caution is thus always advised when using Noxinium B.
Noxinium B is discovered as a leftover result from the burning of the Infinium 01458 alloy inside reactors where it would be used as a fusion material. Though at first, it was just believed to be a wasted byproduct, tests concluded during the engineering of the company's own fusion reactors lead to show that it was highly flammable. Thus under the protocols of the N&Z umbrella Corporation to find a use for everything they create, including the waste or byproduct of other designs, tests were made to see what uses there could be for this particular byproduct.
Though at first glance the byproduct was nothing more than a toxic gas with mostly uses in military applications, it was discovered that by changing the ratio between the mercurychloride and the mercuryhydride, a safer and more efficient burning process was available. This discovery lead to more tests which included trying to run a few of the company's own designed engines and more primitive reactors on this newly dubbed Noxinium B. These tests at the very least made it apparent that this newly discovered byproduct was a very efficient fuel efficient substance.
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