Iagreous - Revision history

reskin at 17:06, 10 October 2018

2018-10-10T17:06:31Z

← Older revision		Revision as of 17:06, 10 October 2018
Line 1:		Line 1:
	'''Iagreous''' is the fuel of the ''Rise'' universe. Its [[extraction]] and ~~[[refining]]~~ has allowed mankind's exploration of space outside of the [http://en.wikipedia.org/wiki/Terran Terran] system.		'''Iagreous''' is the fuel of the ''Rise'' universe. Its extraction and refinement has allowed mankind's exploration of space outside of the [http://en.wikipedia.org/wiki/Terran Terran] system.
	~~<br><br>~~
			[[File:Wakefield.png\|thumb\|right\|Plasma Wakefield]]

			=== Thrust ===
			Iagreous-based propulsion is a mass ejection of heavy electron and high density electron plasma.

			=== Power ===
			Iagreous-based electrical energy is produced using magnetohydrodynamic generation

	===See Also===		===See Also===
	*[[Fuel Ore]]		*[[Fuel Ore]]
	*[[Refined Fuel]]		*[[Refined Fuel]]

reskin: /* See Also */

2017-01-22T04:28:31Z

reskin: Replaced content with "'''Iagreous''' is the fuel of the ''Rise'' universe. Its extraction and refining has allowed mankind's exploration of space outside of the [http://en.wikipedia.or..."

2017-01-22T04:28:05Z

Replaced content with "'''Iagreous''' is the fuel of the ''Rise'' universe. Its extraction and refining has allowed mankind's exploration of space outside of the [http://en.wikipedia.or..."

@@ Line 2: / Line 2: @@
 <br><br>
-[[Image:iagreousraw.jpg|thumb|left|200px|Raw '''Iagreous''' Fuel Ore]]
+===See Also===
-==Fuel Ore==
+[[Fuel Ore]]
-Iagreous is a naturally occurring, highly volatile substance found in ultra-high pressure environments, such as sub-tectonic strata or dense deep-gaseous planetary layers.  Often utilized as a potent fuel source, it was originally discovered by accident during a remote scientific mission to observe the exposed core remnants of Nede 7, a planetary group laid waste by a collision with a “wild” asteroid field thrown from the nearby system of Barcus 9.  Little could those scientists see from scan data, the potential and wide-spread impact their discovery would make. -[[User:lambert]]
+[[Refined Fuel]]

reskin: /* Fuel Ore */

2007-04-12T14:34:41Z

Fuel Ore

← Older revision		Revision as of 14:34, 12 April 2007
Line 4:		Line 4:
	[[Image:iagreousraw.jpg\|thumb\|left\|200px\|Raw '''Iagreous''' Fuel Ore]]		[[Image:iagreousraw.jpg\|thumb\|left\|200px\|Raw '''Iagreous''' Fuel Ore]]
	==Fuel Ore==		==Fuel Ore==
	Iagreous is a naturally occurring, highly volatile substance found in ultra-high pressure environments, such as sub-tectonic strata or dense deep-gaseous planetary layers. Often utilized as a potent fuel source, it was originally discovered by accident during a remote scientific mission to observe the exposed core remnants of Nede 7, a planetary group laid waste by a collision with a “wild” asteroid field thrown from the nearby system of Barcus 9. Little could those scientists see from scan data, the potential and wide-spread impact their discovery would make.		Iagreous is a naturally occurring, highly volatile substance found in ultra-high pressure environments, such as sub-tectonic strata or dense deep-gaseous planetary layers. Often utilized as a potent fuel source, it was originally discovered by accident during a remote scientific mission to observe the exposed core remnants of Nede 7, a planetary group laid waste by a collision with a “wild” asteroid field thrown from the nearby system of Barcus 9. Little could those scientists see from scan data, the potential and wide-spread impact their discovery would make. -[[User:lambert]]

	Iagreous in its formed state is a stable, diamond-hard crystalline substance with an ultra-dense, high-energy matrix of unstable molecules held in check by immense pressure. When the Iagreous is removed from its high pressure environment, the inherent qualities of the material become evident as a small amount of the solid Iagreous can immediately jump to a high-volume plasma state - one of few known substances outside a laboratory to do this. Because it often forms within a planetary body, the environment causes the Iagreous to be etched with geomagnetic fields specific to the location where it was created. As the Iagreous transforms into an energized ionic state, the plasma emits and reacts to the specific EM frequencies it was exposed to, resulting in a wide variety of Iagreous brands and grades, each with their own capacities.		Iagreous in its formed state is a stable, diamond-hard crystalline substance with an ultra-dense, high-energy matrix of unstable molecules held in check by immense pressure. When the Iagreous is removed from its high pressure environment, the inherent qualities of the material become evident as a small amount of the solid Iagreous can immediately jump to a high-volume plasma state - one of few known substances outside a laboratory to do this. Because it often forms within a planetary body, the environment causes the Iagreous to be etched with geomagnetic fields specific to the location where it was created. As the Iagreous transforms into an energized ionic state, the plasma emits and reacts to the specific EM frequencies it was exposed to, resulting in a wide variety of Iagreous brands and grades, each with their own capacities. -[[User:lambert]]

	Once Iagreous reaches a plasma state there is an immediate peak in temperature and energy before it dissipates and condenses into several unremarkable gases, some of which can be siphoned off to be recombined into a breathable atmospheric mix, useful for self-sustained shipboard operations. It is because of this abrupt and violent reaction that Iagreous had not been discovered until recently, with every naturally occurring iagreous vein often igniting in magma, or other low-pressure but unobservable setting. In order to extract Iagreous, deep-core remote drilling heads have been developed to harvest the raw ore. Forming often as wide plates, some [[kilometer]]s across, Iagreous demands that it be removed under pressure. However, as the drilling technology is unable to fully replicate the pressures required to keep the substance neutralized, it takes advantage of another Iagreous trait. While keeping the Iagreous partially pressurized, it is scanned for magnetic etching, and is then exposed to counteracting EM frequencies resulting in a nulled, stable condition in which the Iagreous is no longer volatile, and no longer able to leap to a plasma state. The ore is then moved via corkscrew bundles to the surface where it is ground, filtered, and impurities removed. After being pulverized into a ultra-fine powder, the Iagreous is formed into large, transportable blocks, capable of being hauled in conventional containers and vessels. There is little danger from Iagreous in its nulled state.		Once Iagreous reaches a plasma state there is an immediate peak in temperature and energy before it dissipates and condenses into several unremarkable gases, some of which can be siphoned off to be recombined into a breathable atmospheric mix, useful for self-sustained shipboard operations. It is because of this abrupt and violent reaction that Iagreous had not been discovered until recently, with every naturally occurring iagreous vein often igniting in magma, or other low-pressure but unobservable setting. In order to extract Iagreous, deep-core remote drilling heads have been developed to harvest the raw ore. Forming often as wide plates, some [[kilometer]]s across, Iagreous demands that it be removed under pressure. However, as the drilling technology is unable to fully replicate the pressures required to keep the substance neutralized, it takes advantage of another Iagreous trait. While keeping the Iagreous partially pressurized, it is scanned for magnetic etching, and is then exposed to counteracting EM frequencies resulting in a nulled, stable condition in which the Iagreous is no longer volatile, and no longer able to leap to a plasma state. The ore is then moved via corkscrew bundles to the surface where it is ground, filtered, and impurities removed. After being pulverized into a ultra-fine powder, the Iagreous is formed into large, transportable blocks, capable of being hauled in conventional containers and vessels. There is little danger from Iagreous in its nulled state. -[[User:lambert]]

	[[Image:plasma.jpg\|thumb\|left\|200px\|'''Iagreous''' Fuel (Plasma)]]		[[Image:plasma.jpg\|thumb\|left\|200px\|'''Iagreous''' Fuel (Plasma)]]

reskin: /* Refined Fuel */ wiki for categories ships->vehicles and docks->orbital facilities

2007-04-12T14:34:02Z

Refined Fuel: wiki for categories ships->vehicles and docks->orbital facilities

New page

'''Iagreous''' is the fuel of the ''Rise'' universe. Its [[extraction]] and [[refining]] has allowed mankind's exploration of space outside of the [http://en.wikipedia.org/wiki/Terran Terran] system.
<br><br>

[[Image:iagreousraw.jpg|thumb|left|200px|Raw '''Iagreous''' Fuel Ore]]
==Fuel Ore==
Iagreous is a naturally occurring, highly volatile substance found in ultra-high pressure environments, such as sub-tectonic strata or dense deep-gaseous planetary layers. Often utilized as a potent fuel source, it was originally discovered by accident during a remote scientific mission to observe the exposed core remnants of Nede 7, a planetary group laid waste by a collision with a “wild” asteroid field thrown from the nearby system of Barcus 9. Little could those scientists see from scan data, the potential and wide-spread impact their discovery would make.

Iagreous in its formed state is a stable, diamond-hard crystalline substance with an ultra-dense, high-energy matrix of unstable molecules held in check by immense pressure. When the Iagreous is removed from its high pressure environment, the inherent qualities of the material become evident as a small amount of the solid Iagreous can immediately jump to a high-volume plasma state - one of few known substances outside a laboratory to do this. Because it often forms within a planetary body, the environment causes the Iagreous to be etched with geomagnetic fields specific to the location where it was created. As the Iagreous transforms into an energized ionic state, the plasma emits and reacts to the specific EM frequencies it was exposed to, resulting in a wide variety of Iagreous brands and grades, each with their own capacities.

Once Iagreous reaches a plasma state there is an immediate peak in temperature and energy before it dissipates and condenses into several unremarkable gases, some of which can be siphoned off to be recombined into a breathable atmospheric mix, useful for self-sustained shipboard operations. It is because of this abrupt and violent reaction that Iagreous had not been discovered until recently, with every naturally occurring iagreous vein often igniting in magma, or other low-pressure but unobservable setting. In order to extract Iagreous, deep-core remote drilling heads have been developed to harvest the raw ore. Forming often as wide plates, some [[kilometer]]s across, Iagreous demands that it be removed under pressure. However, as the drilling technology is unable to fully replicate the pressures required to keep the substance neutralized, it takes advantage of another Iagreous trait. While keeping the Iagreous partially pressurized, it is scanned for magnetic etching, and is then exposed to counteracting EM frequencies resulting in a nulled, stable condition in which the Iagreous is no longer volatile, and no longer able to leap to a plasma state. The ore is then moved via corkscrew bundles to the surface where it is ground, filtered, and impurities removed. After being pulverized into a ultra-fine powder, the Iagreous is formed into large, transportable blocks, capable of being hauled in conventional containers and vessels. There is little danger from Iagreous in its nulled state.

[[Image:plasma.jpg|thumb|left|200px|'''Iagreous''' Fuel (Plasma)]]

==Refined Fuel==
When Iagreous blocks arrive at fuel processing plants, the jet-black cubes are placed in reactivating conveyors, which expose the Iagreous to specific nuclear isotopes in an electrically charged field tuned to the EM etching still present in the nulled iagreous. This process results in a partial re-energizing of the substance, but only to a high-energy gaseous state commonly known as “refined fuel”, though in professional circles will be referred to as Iagreon. The final leap to becoming plasma will only occur when it is exposed to a simple but intense electrical discharge, which addresses safety concerns while it is in this marketable state. Iagreon, or “refined fuel” is then sold to [[:Category:Vehicles|vehicles]], [[:Category:Orbital Facilities|docks]], and all other Iagreous-based reaction systems. While the substance itself is plentiful in the galaxy, it is understood that it is not entirely renewable. There are a wide multitude of power systems in place which vessels and the like can use, such as fusion, hydrogen cells, or photovoltaics. However, there are few being utilized that are as potent or cost-effective as Iagreous. -[[User:lambert]]

In its plasma state, it can be elecromagnetically contained and distributed. It can be used to generate electricity (through induction) and for propulsion (either by releasing the compressed plasma directly or driving an axial turbine).

Tested by rough experiment, the calorific value of Iagreous fuel (burnt in the [[VTOL]] down-thrusters of an [[E-10]]) is around 195kJ. Compare this to a rough value of around 43kJ for standard jet fuel. -[[User:riot]]

[[Category:Commodities]]

reskin at 00:17, 9 April 2007

2007-04-09T00:17:40Z

← Older revision		Revision as of 00:17, 9 April 2007
Line 1:		Line 1:
	'''Iagreous''' is the fuel of the ~~[http://en.wikipedia.org/wiki/~~Rise~~:_The_Vieneo_Province Rise]~~ universe. Its [[extraction]] and [[refining]] has allowed mankind's exploration of space outside of the [http://en.wikipedia.org/wiki/Terran Terran] system.		'''Iagreous''' is the fuel of the ''Rise'' universe. Its [[extraction]] and [[refining]] has allowed mankind's exploration of space outside of the [http://en.wikipedia.org/wiki/Terran Terran] system.
	<br><br>		<br><br>

	[[Image:iagreousraw.jpg\|thumb\|left\|200px\|Raw '''Iagreous''' Fuel Ore]]		[[Image:iagreousraw.jpg\|thumb\|left\|200px\|Raw '''Iagreous''' Fuel Ore]]
	==Fuel Ore==		==Fuel Ore==

	Iagreous is a naturally occurring, highly volatile substance found in ultra-high pressure environments, such as sub-tectonic stratum or dense deep-gaseous planetary layers. Often utilized as a potent fuel source, it was originally discovered on accident during a remote scientific mission to observe the exposed core remnants of Nede 7, a planetary group laid waste by a collision with a “wild” asteroid field thrown from the nearby system of Barcus 9. Little could those scientists see from scan data the potential and wide-spread impact their discovery would make.		Iagreous is a naturally occurring, highly volatile substance found in ultra-high pressure environments, such as sub-tectonic stratum or dense deep-gaseous planetary layers. Often utilized as a potent fuel source, it was originally discovered on accident during a remote scientific mission to observe the exposed core remnants of Nede 7, a planetary group laid waste by a collision with a “wild” asteroid field thrown from the nearby system of Barcus 9. Little could those scientists see from scan data the potential and wide-spread impact their discovery would make.

	Iagreous in its formed state is a stable, diamond-hard crystalline substance with an ultra-dense, high-energy matrix of unstable molecules held in check by immense pressure. When the ~~iagreous~~ is removed from its high pressure environment, the inherent qualities of the material becomes evident as a small amount of the solid ~~iagreous~~ can immediately jump to high-volume plasma state, one of the only known substances outside a laboratory to do this. Because it often forms within a planetary body, the environment causes the ~~iagreous~~ to be eteched with geomagnetic fields specific to the location where it was created. As the ~~iagreous~~ transforms into an energized ionic state, the plasma emits and reacts to the specific EM frequencies it was exposed to, resulting a wide variety of ~~iagreous~~ brands and grades, each with their own capacities.		Iagreous in its formed state is a stable, diamond-hard crystalline substance with an ultra-dense, high-energy matrix of unstable molecules held in check by immense pressure. When the Iagreous is removed from its high pressure environment, the inherent qualities of the material becomes evident as a small amount of the solid Iagreous can immediately jump to high-volume plasma state, one of the only known substances outside a laboratory to do this. Because it often forms within a planetary body, the environment causes the Iagreous to be eteched with geomagnetic fields specific to the location where it was created. As the Iagreous transforms into an energized ionic state, the plasma emits and reacts to the specific EM frequencies it was exposed to, resulting a wide variety of Iagreous brands and grades, each with their own capacities.

	Once iagreous reaches a plasma state there is an immediate peak of temperature and energy before dissipating and condensing into several unremarkable gases, some of which can be siphoned off to be recombined into a breathable atmospheric mix, useful for self-sustained shipboard operations. It is because of this abrupt and violent reaction that iagreous had not been discovered until recently, with every naturally occurring iagreous vein often igniting in magma, or other low-pressure but unobservable setting. In order to extract the iagreous, deep-core remote drilling heads have been developed to harvest the raw ore. Forming often as wide plates, some miles across, iagreous demands that it be removed under pressure. However, as the drilling technology is unable to fully replicate the pressures required to keep the substance neutralized, it takes advantage of another iagreous trait. While keeping the iagreous partially pressurized, it is scanned for magnetic etching, and is then exposed to counteracting EM frequencies resulting in a nulled, stable condition in which the iagreous is no longer volatile, but no longer able to leap to a plasma state. The ore is then moved via corkscrew bundles to the surface where it is ground, filtered, and removed of impurities. After being pulverized into a ultra-fine powder, the iagreous is formed into large, transportable blocks, capable of being hauled in conventional containers and vessels. There is little danger from iagreous in its nulled state.

	When iagreous blocks arrive at fuel processing plants, the jet-black cubes are placed in reactivating conveyors, which expose the iagreous to specific nuclear isotopes in an electrically charged field tuned to the EM etching still present in the nulled iagreous. This process results in a partial re-energizing of the substance, but only to a high-energy gaseous state commonly known as “refined fuel”, though in professional circles will be referred to as Iagreon. The final leap to becoming plasma will only occur when it is exposed to a simple but intense electrical discharge, which stresses the safety concerns while it is in this marketable state. Iagreon, or “refined fuel” is then sold to ships, docks, and all other iagreous-based reaction systems. While the substance itself is plentiful in the galaxy, it is understood that it is not entirely renewable. There are a wide multitude of power systems in place which vessels and the like can use, such as fusion, hydrogen cells, or photovoltaics. However, there are few being utilized that are as potent or cost-effective as Iagreous.


			Once Iagreous reaches a plasma state there is an immediate peak of temperature and energy before dissipating and condensing into several unremarkable gases, some of which can be siphoned off to be recombined into a breathable atmospheric mix, useful for self-sustained shipboard operations. It is because of this abrupt and violent reaction that Iagreous had not been discovered until recently, with every naturally occurring iagreous vein often igniting in magma, or other low-pressure but unobservable setting. In order to extract the Iagreous, deep-core remote drilling heads have been developed to harvest the raw ore. Forming often as wide plates, some miles across, iagreous demands that it be removed under pressure. However, as the drilling technology is unable to fully replicate the pressures required to keep the substance neutralized, it takes advantage of another Iagreous trait. While keeping the Iagreous partially pressurized, it is scanned for magnetic etching, and is then exposed to counteracting EM frequencies resulting in a nulled, stable condition in which the Iagreous is no longer volatile, but no longer able to leap to a plasma state. The ore is then moved via corkscrew bundles to the surface where it is ground, filtered, and removed of impurities. After being pulverized into a ultra-fine powder, the Iagreous is formed into large, transportable blocks, capable of being hauled in conventional containers and vessels. There is little danger from Iagreous in its nulled state.

	[[Image:plasma.jpg\|thumb\|left\|200px\|'''Iagreous''' Fuel (Plasma)]]		[[Image:plasma.jpg\|thumb\|left\|200px\|'''Iagreous''' Fuel (Plasma)]]

	==Refined Fuel==		==Refined Fuel==
			When Iagreous blocks arrive at fuel processing plants, the jet-black cubes are placed in reactivating conveyors, which expose the Iagreous to specific nuclear isotopes in an electrically charged field tuned to the EM etching still present in the nulled iagreous. This process results in a partial re-energizing of the substance, but only to a high-energy gaseous state commonly known as “refined fuel”, though in professional circles will be referred to as Iagreon. The final leap to becoming plasma will only occur when it is exposed to a simple but intense electrical discharge, which stresses the safety concerns while it is in this marketable state. Iagreon, or “refined fuel” is then sold to ships, docks, and all other Iagreous-based reaction systems. While the substance itself is plentiful in the galaxy, it is understood that it is not entirely renewable. There are a wide multitude of power systems in place which vessels and the like can use, such as fusion, hydrogen cells, or photovoltaics. However, there are few being utilized that are as potent or cost-effective as Iagreous.

	In its gaseous state, it is a highly-energized plasma which, by the nature of plasma, can be elecromagnetically contained and distributed. It can be used to generate electricity (through induction) and propulsion (either by releasing the compressed plasma directly or driving an axial turbine).		In its gaseous state, it is a highly-energized plasma which, by the nature of plasma, can be elecromagnetically contained and distributed. It can be used to generate electricity (through induction) and propulsion (either by releasing the compressed plasma directly or driving an axial turbine).

lambert: /* Fuel Ore */

2007-04-08T04:53:04Z

Fuel Ore

← Older revision		Revision as of 04:53, 8 April 2007
Line 11:		Line 11:
	Once iagreous reaches a plasma state there is an immediate peak of temperature and energy before dissipating and condensing into several unremarkable gases, some of which can be siphoned off to be recombined into a breathable atmospheric mix, useful for self-sustained shipboard operations. It is because of this abrupt and violent reaction that iagreous had not been discovered until recently, with every naturally occurring iagreous vein often igniting in magma, or other low-pressure but unobservable setting. In order to extract the iagreous, deep-core remote drilling heads have been developed to harvest the raw ore. Forming often as wide plates, some miles across, iagreous demands that it be removed under pressure. However, as the drilling technology is unable to fully replicate the pressures required to keep the substance neutralized, it takes advantage of another iagreous trait. While keeping the iagreous partially pressurized, it is scanned for magnetic etching, and is then exposed to counteracting EM frequencies resulting in a nulled, stable condition in which the iagreous is no longer volatile, but no longer able to leap to a plasma state. The ore is then moved via corkscrew bundles to the surface where it is ground, filtered, and removed of impurities. After being pulverized into a ultra-fine powder, the iagreous is formed into large, transportable blocks, capable of being hauled in conventional containers and vessels. There is little danger from iagreous in its nulled state.		Once iagreous reaches a plasma state there is an immediate peak of temperature and energy before dissipating and condensing into several unremarkable gases, some of which can be siphoned off to be recombined into a breathable atmospheric mix, useful for self-sustained shipboard operations. It is because of this abrupt and violent reaction that iagreous had not been discovered until recently, with every naturally occurring iagreous vein often igniting in magma, or other low-pressure but unobservable setting. In order to extract the iagreous, deep-core remote drilling heads have been developed to harvest the raw ore. Forming often as wide plates, some miles across, iagreous demands that it be removed under pressure. However, as the drilling technology is unable to fully replicate the pressures required to keep the substance neutralized, it takes advantage of another iagreous trait. While keeping the iagreous partially pressurized, it is scanned for magnetic etching, and is then exposed to counteracting EM frequencies resulting in a nulled, stable condition in which the iagreous is no longer volatile, but no longer able to leap to a plasma state. The ore is then moved via corkscrew bundles to the surface where it is ground, filtered, and removed of impurities. After being pulverized into a ultra-fine powder, the iagreous is formed into large, transportable blocks, capable of being hauled in conventional containers and vessels. There is little danger from iagreous in its nulled state.

	~~Once~~ iagreous blocks arrive at fuel processing plants, the jet-black cubes are placed in reactivating conveyors, which expose the iagreous to specific nuclear isotopes in an electrically charged field tuned to the EM etching still present in the nulled iagreous. This process results in a partial re-energizing of the substance, but only to a high-energy gaseous state commonly known as “refined fuel”, though in professional circles will be referred to as Iagreon. The final leap to becoming plasma will only occur when it is exposed to a simple but intense electrical discharge, which stresses the safety concerns while it is in this marketable state. Iagreon, or “refined fuel” is then sold to ships, docks, and all other iagreous-based reaction systems. While the substance itself is plentiful in the galaxy, it is understood that it is not entirely renewable. There are a wide multitude of power systems in place which vessels and the like can use, such as fusion, hydrogen cells, or photovoltaics. However, there are few being utilized that are as potent or cost-effective as Iagreous.		When iagreous blocks arrive at fuel processing plants, the jet-black cubes are placed in reactivating conveyors, which expose the iagreous to specific nuclear isotopes in an electrically charged field tuned to the EM etching still present in the nulled iagreous. This process results in a partial re-energizing of the substance, but only to a high-energy gaseous state commonly known as “refined fuel”, though in professional circles will be referred to as Iagreon. The final leap to becoming plasma will only occur when it is exposed to a simple but intense electrical discharge, which stresses the safety concerns while it is in this marketable state. Iagreon, or “refined fuel” is then sold to ships, docks, and all other iagreous-based reaction systems. While the substance itself is plentiful in the galaxy, it is understood that it is not entirely renewable. There are a wide multitude of power systems in place which vessels and the like can use, such as fusion, hydrogen cells, or photovoltaics. However, there are few being utilized that are as potent or cost-effective as Iagreous.

lambert: /* Fuel Ore */

2007-04-08T04:51:27Z

Fuel Ore

← Older revision		Revision as of 04:51, 8 April 2007
Line 9:		Line 9:
	Iagreous in its formed state is a stable, diamond-hard crystalline substance with an ultra-dense, high-energy matrix of unstable molecules held in check by immense pressure. When the iagreous is removed from its high pressure environment, the inherent qualities of the material becomes evident as a small amount of the solid iagreous can immediately jump to high-volume plasma state, one of the only known substances outside a laboratory to do this. Because it often forms within a planetary body, the environment causes the iagreous to be eteched with geomagnetic fields specific to the location where it was created. As the iagreous transforms into an energized ionic state, the plasma emits and reacts to the specific EM frequencies it was exposed to, resulting a wide variety of iagreous brands and grades, each with their own capacities.		Iagreous in its formed state is a stable, diamond-hard crystalline substance with an ultra-dense, high-energy matrix of unstable molecules held in check by immense pressure. When the iagreous is removed from its high pressure environment, the inherent qualities of the material becomes evident as a small amount of the solid iagreous can immediately jump to high-volume plasma state, one of the only known substances outside a laboratory to do this. Because it often forms within a planetary body, the environment causes the iagreous to be eteched with geomagnetic fields specific to the location where it was created. As the iagreous transforms into an energized ionic state, the plasma emits and reacts to the specific EM frequencies it was exposed to, resulting a wide variety of iagreous brands and grades, each with their own capacities.

	Once iagreous reaches a plasma state there is a immediate peak of temperature and energy before dissipating and condensing into several unremarkable gases. It is because of this abrupt and violent reaction that iagreous had not been discovered until recently, with every naturally occurring iagreous vein often igniting in magma, or other low-pressure but unobservable setting. In order to extract the iagreous, deep-core remote drilling heads have been developed to harvest the raw ore. Forming often as wide plates, some miles across, iagreous demands that it be removed under pressure. However, as the drilling technology is unable to fully replicate the pressures required to keep the substance neutralized, it takes advantage of another iagreous trait. While keeping the iagreous partially pressurized, it is scanned for magnetic etching, and is then exposed to counteracting EM frequencies resulting in a nulled, stable condition in which the iagreous is no longer volatile, but no longer able to leap to a plasma state. The ore is then moved via corkscrew bundles to the surface where it is ground, filtered, and removed of impurities. After being pulverized into a ultra-fine powder, the iagreous is formed into large, transportable blocks, capable of being hauled in conventional containers and vessels. There is little danger from iagreous in its nulled state.		Once iagreous reaches a plasma state there is an immediate peak of temperature and energy before dissipating and condensing into several unremarkable gases, some of which can be siphoned off to be recombined into a breathable atmospheric mix, useful for self-sustained shipboard operations. It is because of this abrupt and violent reaction that iagreous had not been discovered until recently, with every naturally occurring iagreous vein often igniting in magma, or other low-pressure but unobservable setting. In order to extract the iagreous, deep-core remote drilling heads have been developed to harvest the raw ore. Forming often as wide plates, some miles across, iagreous demands that it be removed under pressure. However, as the drilling technology is unable to fully replicate the pressures required to keep the substance neutralized, it takes advantage of another iagreous trait. While keeping the iagreous partially pressurized, it is scanned for magnetic etching, and is then exposed to counteracting EM frequencies resulting in a nulled, stable condition in which the iagreous is no longer volatile, but no longer able to leap to a plasma state. The ore is then moved via corkscrew bundles to the surface where it is ground, filtered, and removed of impurities. After being pulverized into a ultra-fine powder, the iagreous is formed into large, transportable blocks, capable of being hauled in conventional containers and vessels. There is little danger from iagreous in its nulled state.

	Once iagreous blocks arrive at fuel processing plants, the jet-black cubes are placed in reactivating conveyors, which expose the iagreous to specific nuclear isotopes in an electrically charged field tuned to the EM etching still present in the nulled iagreous. This process results in a partial re-energizing of the substance, but only to a high-energy gaseous state commonly known as “refined fuel”, though in professional circles will be referred to as Iagreon. The final leap to becoming plasma will only occur when it is exposed to a simple but intense electrical discharge, which stresses the safety concerns while it is in this marketable state. Iagreon, or “refined fuel” is then sold to ships, docks, and all other iagreous-based reaction systems. While the substance itself is plentiful in the galaxy, it is understood that it is not entirely renewable. There are a wide multitude of power systems in place which vessels and the like can use, such as fusion, hydrogen cells, or photovoltaics. However, there are few being utilized that are as potent or cost-effective as Iagreous.		Once iagreous blocks arrive at fuel processing plants, the jet-black cubes are placed in reactivating conveyors, which expose the iagreous to specific nuclear isotopes in an electrically charged field tuned to the EM etching still present in the nulled iagreous. This process results in a partial re-energizing of the substance, but only to a high-energy gaseous state commonly known as “refined fuel”, though in professional circles will be referred to as Iagreon. The final leap to becoming plasma will only occur when it is exposed to a simple but intense electrical discharge, which stresses the safety concerns while it is in this marketable state. Iagreon, or “refined fuel” is then sold to ships, docks, and all other iagreous-based reaction systems. While the substance itself is plentiful in the galaxy, it is understood that it is not entirely renewable. There are a wide multitude of power systems in place which vessels and the like can use, such as fusion, hydrogen cells, or photovoltaics. However, there are few being utilized that are as potent or cost-effective as Iagreous.

lambert: /* Fuel Ore */

2007-04-08T04:50:35Z

Fuel Ore

← Older revision		Revision as of 04:50, 8 April 2007
Line 9:		Line 9:
	Iagreous in its formed state is a stable, diamond-hard crystalline substance with an ultra-dense, high-energy matrix of unstable molecules held in check by immense pressure. When the iagreous is removed from its high pressure environment, the inherent qualities of the material becomes evident as a small amount of the solid iagreous can immediately jump to high-volume plasma state, one of the only known substances outside a laboratory to do this. Because it often forms within a planetary body, the environment causes the iagreous to be eteched with geomagnetic fields specific to the location where it was created. As the iagreous transforms into an energized ionic state, the plasma emits and reacts to the specific EM frequencies it was exposed to, resulting a wide variety of iagreous brands and grades, each with their own capacities.		Iagreous in its formed state is a stable, diamond-hard crystalline substance with an ultra-dense, high-energy matrix of unstable molecules held in check by immense pressure. When the iagreous is removed from its high pressure environment, the inherent qualities of the material becomes evident as a small amount of the solid iagreous can immediately jump to high-volume plasma state, one of the only known substances outside a laboratory to do this. Because it often forms within a planetary body, the environment causes the iagreous to be eteched with geomagnetic fields specific to the location where it was created. As the iagreous transforms into an energized ionic state, the plasma emits and reacts to the specific EM frequencies it was exposed to, resulting a wide variety of iagreous brands and grades, each with their own capacities.

	Once iagreous reaches a plasma state there is an immediate peak of temperature and energy before dissipating and condensing into several unremarkable gases. It is because of this abrupt and violent reaction that iagreous had not been discovered until recently, with every naturally occurring iagreous vein often igniting in magma, or other low-pressure but unobservable setting. In order to extract the iagreous, deep-core remote drilling heads have been developed to harvest the raw ore. Forming often as wide plates, some miles across, iagreous demands that it be removed under pressure. However, as the drilling technology is unable to fully replicate the pressures required to keep the substance neutralized, it takes advantage of another iagreous trait. While keeping the iagreous partially pressurized, it is scanned for magnetic etching, and is then exposed to counteracting EM frequencies resulting in a nulled, stable condition in which the iagreous is no longer volatile, but no longer able to leap to a plasma state. The ore is then moved via corkscrew bundles to the surface where it is ground, filtered, and removed of impurities. After being pulverized into a ultra-fine powder, the iagreous is formed into large, transportable blocks, capable of being hauled in conventional containers and vessels. There is little danger from iagreous in its nulled state.		Once iagreous reaches a plasma state there is a immediate peak of temperature and energy before dissipating and condensing into several unremarkable gases. It is because of this abrupt and violent reaction that iagreous had not been discovered until recently, with every naturally occurring iagreous vein often igniting in magma, or other low-pressure but unobservable setting. In order to extract the iagreous, deep-core remote drilling heads have been developed to harvest the raw ore. Forming often as wide plates, some miles across, iagreous demands that it be removed under pressure. However, as the drilling technology is unable to fully replicate the pressures required to keep the substance neutralized, it takes advantage of another iagreous trait. While keeping the iagreous partially pressurized, it is scanned for magnetic etching, and is then exposed to counteracting EM frequencies resulting in a nulled, stable condition in which the iagreous is no longer volatile, but no longer able to leap to a plasma state. The ore is then moved via corkscrew bundles to the surface where it is ground, filtered, and removed of impurities. After being pulverized into a ultra-fine powder, the iagreous is formed into large, transportable blocks, capable of being hauled in conventional containers and vessels. There is little danger from iagreous in its nulled state.

	Once iagreous blocks arrive at fuel processing plants, the jet-black cubes are placed in reactivating conveyors, which expose the iagreous to specific nuclear isotopes in an electrically charged field tuned to the EM etching still present in the nulled iagreous. This process results in a partial re-energizing of the substance, but only to a high-energy gaseous state commonly known as “refined fuel”, though in professional circles will be referred to as Iagreon. The final leap to becoming plasma will only occur when it is exposed to a simple but intense electrical discharge, which stresses the safety concerns while it is in this marketable state. Iagreon, or “refined fuel” is then sold to ships, docks, and all other iagreous-based reaction systems. While the substance itself is plentiful in the galaxy, it is understood that it is not entirely renewable. There are a wide multitude of power systems in place which vessels and the like can use, such as fusion, hydrogen cells, or photovoltaics. However, there are few being utilized that are as potent or cost-effective as Iagreous.		Once iagreous blocks arrive at fuel processing plants, the jet-black cubes are placed in reactivating conveyors, which expose the iagreous to specific nuclear isotopes in an electrically charged field tuned to the EM etching still present in the nulled iagreous. This process results in a partial re-energizing of the substance, but only to a high-energy gaseous state commonly known as “refined fuel”, though in professional circles will be referred to as Iagreon. The final leap to becoming plasma will only occur when it is exposed to a simple but intense electrical discharge, which stresses the safety concerns while it is in this marketable state. Iagreon, or “refined fuel” is then sold to ships, docks, and all other iagreous-based reaction systems. While the substance itself is plentiful in the galaxy, it is understood that it is not entirely renewable. There are a wide multitude of power systems in place which vessels and the like can use, such as fusion, hydrogen cells, or photovoltaics. However, there are few being utilized that are as potent or cost-effective as Iagreous.

lambert: /* Fuel Ore */

2007-04-08T04:46:44Z

Fuel Ore

← Older revision		Revision as of 04:46, 8 April 2007
Line 9:		Line 9:
	Iagreous in its formed state is a stable, diamond-hard crystalline substance with an ultra-dense, high-energy matrix of unstable molecules held in check by immense pressure. When the iagreous is removed from its high pressure environment, the inherent qualities of the material becomes evident as a small amount of the solid iagreous can immediately jump to high-volume plasma state, one of the only known substances outside a laboratory to do this. Because it often forms within a planetary body, the environment causes the iagreous to be eteched with geomagnetic fields specific to the location where it was created. As the iagreous transforms into an energized ionic state, the plasma emits and reacts to the specific EM frequencies it was exposed to, resulting a wide variety of iagreous brands and grades, each with their own capacities.		Iagreous in its formed state is a stable, diamond-hard crystalline substance with an ultra-dense, high-energy matrix of unstable molecules held in check by immense pressure. When the iagreous is removed from its high pressure environment, the inherent qualities of the material becomes evident as a small amount of the solid iagreous can immediately jump to high-volume plasma state, one of the only known substances outside a laboratory to do this. Because it often forms within a planetary body, the environment causes the iagreous to be eteched with geomagnetic fields specific to the location where it was created. As the iagreous transforms into an energized ionic state, the plasma emits and reacts to the specific EM frequencies it was exposed to, resulting a wide variety of iagreous brands and grades, each with their own capacities.

	Once iagreous reaches a plasma state there is a immediate peak of temperature and energy before dissipating and condensing into several unremarkable gases. It is because of this abrupt and violent reaction that iagreous had not been discovered until recently, with every naturally occurring iagreous vein often igniting in magma, or other low-pressure but unobservable setting. In order to extract the iagreous, deep-core remote drilling heads have been developed to harvest the raw ore. Forming often as wide plates, some miles across, iagreous demands that it be removed under pressure. However, as the drilling technology is unable to fully replicate the pressures required to keep the substance neutralized, it takes advantage of another iagreous trait. While keeping the iagreous partially pressurized, it is scanned for magnetic etching, and is then exposed to counteracting EM frequencies resulting in a nulled, stable condition in which the iagreous is no longer volatile, but no longer able to leap to a plasma state. The ore is then moved via corkscrew bundles to the surface where it is ground, filtered, and removed of impurities. After being pulverized into a ultra-fine powder, the iagreous is formed into large, transportable blocks, capable of being hauled in conventional containers and vessels. There is little danger from iagreous in its nulled state.		Once iagreous reaches a plasma state there is an immediate peak of temperature and energy before dissipating and condensing into several unremarkable gases. It is because of this abrupt and violent reaction that iagreous had not been discovered until recently, with every naturally occurring iagreous vein often igniting in magma, or other low-pressure but unobservable setting. In order to extract the iagreous, deep-core remote drilling heads have been developed to harvest the raw ore. Forming often as wide plates, some miles across, iagreous demands that it be removed under pressure. However, as the drilling technology is unable to fully replicate the pressures required to keep the substance neutralized, it takes advantage of another iagreous trait. While keeping the iagreous partially pressurized, it is scanned for magnetic etching, and is then exposed to counteracting EM frequencies resulting in a nulled, stable condition in which the iagreous is no longer volatile, but no longer able to leap to a plasma state. The ore is then moved via corkscrew bundles to the surface where it is ground, filtered, and removed of impurities. After being pulverized into a ultra-fine powder, the iagreous is formed into large, transportable blocks, capable of being hauled in conventional containers and vessels. There is little danger from iagreous in its nulled state.

	Once iagreous blocks arrive at fuel processing plants, the jet-black cubes are placed in reactivating conveyors, which expose the iagreous to specific nuclear isotopes in an electrically charged field tuned to the EM etching still present in the nulled iagreous. This process results in a partial re-energizing of the substance, but only to a high-energy gaseous state commonly known as “refined fuel”, though in professional circles will be referred to as Iagreon. The final leap to becoming plasma will only occur when it is exposed to a simple but intense electrical discharge, which stresses the safety concerns while it is in this marketable state. Iagreon, or “refined fuel” is then sold to ships, docks, and all other iagreous-based reaction systems. While the substance itself is plentiful in the galaxy, it is understood that it is not entirely renewable. There are a wide multitude of power systems in place which vessels and the like can use, such as fusion, hydrogen cells, or photovoltaics. However, there are few being utilized that are as potent or cost-effective as Iagreous.		Once iagreous blocks arrive at fuel processing plants, the jet-black cubes are placed in reactivating conveyors, which expose the iagreous to specific nuclear isotopes in an electrically charged field tuned to the EM etching still present in the nulled iagreous. This process results in a partial re-energizing of the substance, but only to a high-energy gaseous state commonly known as “refined fuel”, though in professional circles will be referred to as Iagreon. The final leap to becoming plasma will only occur when it is exposed to a simple but intense electrical discharge, which stresses the safety concerns while it is in this marketable state. Iagreon, or “refined fuel” is then sold to ships, docks, and all other iagreous-based reaction systems. While the substance itself is plentiful in the galaxy, it is understood that it is not entirely renewable. There are a wide multitude of power systems in place which vessels and the like can use, such as fusion, hydrogen cells, or photovoltaics. However, there are few being utilized that are as potent or cost-effective as Iagreous.

← Older revision		Revision as of 04:28, 22 January 2017
Line 3:		Line 3:

	===See Also===		===See Also===
	[[Fuel Ore]]		*[[Fuel Ore]]
	[[Refined Fuel]]		*[[Refined Fuel]]