Variable-compression Nozzle: Difference between revisions
From Star Trek : Freedom's Wiki
Nicesociety (talk | contribs) No edit summary |
Nicesociety (talk | contribs) No edit summary |
||
| (One intermediate revision by the same user not shown) | |||
| Line 1: | Line 1: | ||
The '''Variable-Compression Nozzle''' is an advanced version of a [[Antimatter Injector]] or a [[Deuterium Injector]]. Whereas the other injectors maintain a uniform flow of materials for | The '''Variable-Compression Nozzle''' is an advanced version of a [[Antimatter Injector]] or a [[Deuterium Injector]]. Whereas the other injectors maintain a uniform flow of materials for annihilation into the [[Magnetic Constrictor]]s the variable-compression nozzle is able to be adjusted independently of each other to enrich or lean-out the intermix. | ||
This component was a novel idea in the 22nd century and was first implemented in the [[NX Class]] starship. it was originally designed by the [Andorian]]s and was used aboard their starships. | This component was a novel idea in the 22nd century and was first implemented in the [[NX Class]] starship. it was originally designed by the [[Andorian]]s and was used aboard their starships. | ||
Currently all injectors are variable-compression, although they are not commonly referred to by that name. | Currently all injectors are variable-compression, although they are not commonly referred to by that name. | ||
Latest revision as of 01:51, 18 January 2009
The Variable-Compression Nozzle is an advanced version of a Antimatter Injector or a Deuterium Injector. Whereas the other injectors maintain a uniform flow of materials for annihilation into the Magnetic Constrictors the variable-compression nozzle is able to be adjusted independently of each other to enrich or lean-out the intermix.
This component was a novel idea in the 22nd century and was first implemented in the NX Class starship. it was originally designed by the Andorians and was used aboard their starships.
Currently all injectors are variable-compression, although they are not commonly referred to by that name.
