Talk:Defensive Applications - Revision history

Kerrus: /* Beta Titanium Structural Reinforcement */

2010-03-08T20:46:58Z

Beta Titanium Structural Reinforcement

← Older revision		Revision as of 13:46, 8 March 2010
Line 6:		Line 6:
	Formed from interwoven strands of radioactive lunar titanium and a tungsten-carbide stabilizing agent, 'Beta Titanium' is tough, yet flexible, able to absorb tremendous kinetic stresses without serious structural damage. While not suitable for use as armour itself for myriad reasons, it is eminently suitable for use as internal structural support, replacing more traditional chain-weave interlocking segments.<br>		Formed from interwoven strands of radioactive lunar titanium and a tungsten-carbide stabilizing agent, 'Beta Titanium' is tough, yet flexible, able to absorb tremendous kinetic stresses without serious structural damage. While not suitable for use as armour itself for myriad reasons, it is eminently suitable for use as internal structural support, replacing more traditional chain-weave interlocking segments.<br>
	<b>Primary Index:</b> Materials ???<br>		<b>Primary Index:</b> Materials ???<br>
	<b>Secondary Index: ???<br>		<b>Secondary Index:</b> ???<br>

	=== Resistive Forcefield Lattice ===		=== Resistive Forcefield Lattice ===

Kerrus: /* Armour */

2010-03-08T20:46:33Z

Armour

← Older revision		Revision as of 13:46, 8 March 2010
Line 7:		Line 7:
	<b>Primary Index:</b> Materials ???<br>		<b>Primary Index:</b> Materials ???<br>
	<b>Secondary Index: ???<br>		<b>Secondary Index: ???<br>

			=== Resistive Forcefield Lattice ===

			A structural lattice of containment 'panes' allow for the generation of limited forcefield windows within a vessel's interior. This allows for the structural reinforcement of hull components without the need for increased mass- the tradeoff being a power requirement to maintain the fields.<br>
			<b>Primary Index:</b> Shields ???<br>
			<b>Secondary Index:</b> Electronics ???<br>

Kerrus: /* Armour */

2010-03-08T20:33:08Z

Armour

← Older revision		Revision as of 13:33, 8 March 2010
Line 4:		Line 4:
	=== Beta Titanium Structural Reinforcement ===		=== Beta Titanium Structural Reinforcement ===

	Formed from interwoven strands of radioactive lunar titanium and a tungsten-carbide stabilizing agent, 'Beta Titanium' is tough, yet flexible, able to absorb tremendous kinetic stresses without serious structural damage. While not suitable for use as armour itself for myriad reasons, it is eminently suitable for use as internal structural support, replacing more traditional chain-weave interlocking segments.		Formed from interwoven strands of radioactive lunar titanium and a tungsten-carbide stabilizing agent, 'Beta Titanium' is tough, yet flexible, able to absorb tremendous kinetic stresses without serious structural damage. While not suitable for use as armour itself for myriad reasons, it is eminently suitable for use as internal structural support, replacing more traditional chain-weave interlocking segments.<br>
	<b>Primary Index:</b> Materials ???<br>		<b>Primary Index:</b> Materials ???<br>
	<b>Secondary Index: ???<br>		<b>Secondary Index: ???<br>

Kerrus: Created page with '= Armour = === Beta Titanium Structural Reinforcement === Formed from interwoven strands of radioactive lunar titanium and a tungsten-carbide stabilizing agent, 'Beta Titanium…'

2010-03-08T20:32:48Z

Created page with '= Armour = === Beta Titanium Structural Reinforcement === Formed from interwoven strands of radioactive lunar titanium and a tungsten-carbide stabilizing agent, 'Beta Titanium…'

New page

= Armour =

=== Beta Titanium Structural Reinforcement ===

Formed from interwoven strands of radioactive lunar titanium and a tungsten-carbide stabilizing agent, 'Beta Titanium' is tough, yet flexible, able to absorb tremendous kinetic stresses without serious structural damage. While not suitable for use as armour itself for myriad reasons, it is eminently suitable for use as internal structural support, replacing more traditional chain-weave interlocking segments.
Primary Index: Materials ??? 
Secondary Index: ???