Steel-fired - Revision history

CourseDirector at 04:05, 27 December 2018

2018-12-27T04:05:58Z

← Older revision		Revision as of 04:05, 27 December 2018
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	==Manufacturer==		==Manufacturer==
	Steel-fired armor can be produced at [[Gudersnipe School]], but industrial quantities are manufactured by [[Absolute Metal]], a 95% owned subsidiary of the [[Gudersnipe Foundation]].		Steel-fired armor can be produced at [[Gudersnipe School]], but industrial quantities are manufactured by [[Absolute Metal]], a 95% owned subsidiary of the [[Gudersnipe Foundation]].

			[[Category:Course Books]]

CourseDirector at 21:51, 1 May 2017

2017-05-01T21:51:53Z

← Older revision		Revision as of 21:51, 1 May 2017
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	==Manufacturer==		==Manufacturer==
	Steel-fired armor can be produced at [[Gudersnipe School]], but industrial quantities are manufactured		Steel-fired armor can be produced at [[Gudersnipe School]], but industrial quantities are manufactured by [[Absolute Metal]], a 95% owned subsidiary of the [[Gudersnipe Foundation]].

CourseDirector at 17:45, 1 May 2017

2017-05-01T17:45:09Z

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-Steel-firing is a process by which layers of iron, steel, and [[narrite]] are mixed with carbon and placed under imense heat and pressure, forming a strong alloy. Layers of stable, super-heavy metals sometimes strengthen the mix.
+Steel-firing is a process used to create highly resilient armor and reactor shielding. Its primary function is to produce armored hulls for star ships; though the technology is occasionally adapted for other purposes. Only the [[Gudersnipe Foundation]] possesses both the technological means and the scientific background to create true steel-fired materials, though numerous other imitators are on the market.
-A steel-fired layer might squeeze as much as five feet of material to an inch's thickness through the use of artificial gravity. Steel-firing results in extremly strong, immensely heavy armor typically used for starship hulls, though occasionally adopted by [[mech]]s.
+==Process==
-[[Mercury Ship]]s in particular use steel-fired armor, sandwiching layers of regular iron and steel between steel-fired layers in the outer hull.
+The end result is a layer of material in inch thick that may contain as much as five feet of materials. It is one of the densest known substances and orders of magnitude harder than diamonds. It does, however, retain the ability to bend rather than shatter; though most warping occurs between the plate seams.

Siddharth1 at 01:31, 3 October 2013

2013-10-03T01:31:35Z

← Older revision		Revision as of 01:31, 3 October 2013
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	Steel-firing is a process by which layers of iron, steel, and [[narrite]] are mixed with carbon and placed under imense heat and pressure, forming a strong alloy. Layers of stable, super-heavy metals ~~are~~ sometimes ~~added to the mix to further~~ strengthen the mix.		Steel-firing is a process by which layers of iron, steel, and [[narrite]] are mixed with carbon and placed under imense heat and pressure, forming a strong alloy. Layers of stable, super-heavy metals sometimes strengthen the mix.

	A steel-fired layer might squeeze as much as five feet of material to an inch's thickness through the use of artificial gravity. Steel-firing results in extremly strong, immensely heavy armor typically used for starship hulls, though occasionally adopted by [[mech]]s.		A steel-fired layer might squeeze as much as five feet of material to an inch's thickness through the use of artificial gravity. Steel-firing results in extremly strong, immensely heavy armor typically used for starship hulls, though occasionally adopted by [[mech]]s.

	[[Mercury Ship]]s in particular use steel-fired armor, sandwiching layers of regular iron and steel between steel-fired layers in the outer hull.		[[Mercury Ship]]s in particular use steel-fired armor, sandwiching layers of regular iron and steel between steel-fired layers in the outer hull.

Siddharth1 at 01:31, 3 October 2013

2013-10-03T01:31:19Z

← Older revision		Revision as of 01:31, 3 October 2013
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	Steel-firing is a process by which layers of iron, steel, and [[narrite]] are mixed with carbon and placed under imense heat and pressure, forming a strong alloy. Layers of stable, super-heavy metals are sometimes added to the mix to further strengthen the mix.		Steel-firing is a process by which layers of iron, steel, and [[narrite]] are mixed with carbon and placed under imense heat and pressure, forming a strong alloy. Layers of stable, super-heavy metals are sometimes added to the mix to further strengthen the mix.

	A steel-fired layer might squeeze as much as five feet of material ~~down~~ to an inch through the use of ~~articifial cravity~~. Steel-firing results in extremly strong, ~~immensly~~ heavy armor ~~that is~~ typically used for starship hulls, though ~~it is~~ occasionally adopted by [[mech]]s.		A steel-fired layer might squeeze as much as five feet of material to an inch's thickness through the use of artificial gravity. Steel-firing results in extremly strong, immensely heavy armor typically used for starship hulls, though occasionally adopted by [[mech]]s.

	[[Mercury Ship]]s in particular use steel-fired armor, ~~sandwitching~~ layers of regular iron and steel between steel-fired layers in the outer hull.		[[Mercury Ship]]s in particular use steel-fired armor, sandwiching layers of regular iron and steel between steel-fired layers in the outer hull.

CourseDirector: Created page with 'Steel-firing is a process by which layers of iron, steel, and narrite are mixed with carbon and placed under imense heat and pressure, forming a strong alloy. Layers of stabl…'

2010-07-29T20:42:28Z

Created page with 'Steel-firing is a process by which layers of iron, steel, and narrite are mixed with carbon and placed under imense heat and pressure, forming a strong alloy. Layers of stabl…'

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Steel-firing is a process by which layers of iron, steel, and [[narrite]] are mixed with carbon and placed under imense heat and pressure, forming a strong alloy. Layers of stable, super-heavy metals are sometimes added to the mix to further strengthen the mix.

A steel-fired layer might squeeze as much as five feet of material down to an inch through the use of articifial cravity. Steel-firing results in extremly strong, immensly heavy armor that is typically used for starship hulls, though it is occasionally adopted by [[mech]]s.

[[Mercury Ship]]s in particular use steel-fired armor, sandwitching layers of regular iron and steel between steel-fired layers in the outer hull.