Difference between revisions of "Nitrogen"

From Interstellar Rift Wiki
Jump to: navigation, search
(Added resource ID for /give command)
(Added refinement outputs and technical name)
 
Line 14: Line 14:
  
 
  |header1 = Nitrogen  
 
  |header1 = Nitrogen  
  | data2 = Resource found in ice asteroids
+
  | data2 = Resource found in ice asteroids
 
  | data3 = Resource ID: 6
 
  | data3 = Resource ID: 6
 +
| data4 = Technical Name: RT_Nitrogen
 
  |below      = Category: [[Resources]]
 
  |below      = Category: [[Resources]]
 
}}
 
}}
Line 22: Line 23:
  
 
==Uses==
 
==Uses==
Nitrogen is not usable until combined with [[Oxygen]] in a [[Refinery]]
+
* [[Nitrous Oxide]]
 +
* [[Xanthium]]
 +
* [[Di-Xanthium]]
 +
* [[Tetra-Xanthium]]
  
 
==Collection Method==
 
==Collection Method==
Line 31: Line 35:
  
 
==Refinement Output==
 
==Refinement Output==
2:1 - Every 2 units of nitrogen, along with 1 unit of [[Oxygen]], are refined into one unit of [[Nitrous Oxide]].
+
* 1 Nitrous Oxide = 1 Oxygen + 2 Nitrogen
 +
* 100 Xanthium = 1 [[Beryllium]] + 1 [[Deuterium]] + 100 Nitrogen
 +
* 100 Di-Xanthium  = 100 Xanthium + 1 [[Mercury]] + 100 Nitrogen
 +
* 100 Tetra-Xanthium = 100 Di-Xanthium + 1 [[Osmium]] + 100 Nitrogen
  
 
==Storage==
 
==Storage==
 
Extracted nitrogen is sealed into containment crates.  Each containment crate can store up to 600 units of nitrogen.<br/>
 
Extracted nitrogen is sealed into containment crates.  Each containment crate can store up to 600 units of nitrogen.<br/>
 
[[File:Crate Nitrogen 01.png|225px]]
 
[[File:Crate Nitrogen 01.png|225px]]

Latest revision as of 20:19, 20 September 2016

Nitrogen
Example alt text
Nitrogen
Resource found in ice asteroids
Resource ID: 6
Technical Name: RT_Nitrogen
Category: Resources

Description

Nitrogen is a resource occasionally found in ice asteroid fields.

Uses

Collection Method

Nitrogen is collected using an Resource Extractor.

Rarity

Nitrogen is a rare element and can be found in ice asteroid fields.

Refinement Output

  • 1 Nitrous Oxide = 1 Oxygen + 2 Nitrogen
  • 100 Xanthium = 1 Beryllium + 1 Deuterium + 100 Nitrogen
  • 100 Di-Xanthium = 100 Xanthium + 1 Mercury + 100 Nitrogen
  • 100 Tetra-Xanthium = 100 Di-Xanthium + 1 Osmium + 100 Nitrogen

Storage

Extracted nitrogen is sealed into containment crates. Each containment crate can store up to 600 units of nitrogen.
225px