m (Robot: Changing Category:Technology) |
m (rm pna, no talk page explaination) |
||
Line 2: | Line 2: | ||
If the field were to collapse or fall below 15% of its maximum integrity, the [[starship]] would be destroyed. Additionally, the magnetic field is vulnerable to [[quantum filament]]s, as they charge the vessel like a live [[electricity|electric]] wire, thus weakening the field by the inherent electromagnetic field electricity produces. ([[TNG]]: "[[Disaster]]") |
If the field were to collapse or fall below 15% of its maximum integrity, the [[starship]] would be destroyed. Additionally, the magnetic field is vulnerable to [[quantum filament]]s, as they charge the vessel like a live [[electricity|electric]] wire, thus weakening the field by the inherent electromagnetic field electricity produces. ([[TNG]]: "[[Disaster]]") |
||
− | |||
− | {{pna-incomplete}} |
||
[[Category:Propulsion technology]] |
[[Category:Propulsion technology]] |
Revision as of 18:20, 27 October 2006
The magnetic containment field is a field that prevents the contact of anti-matter with normal matter in a warp core. The magnetic containment field is produced by the magnetic constrictor coils in the core and concentrates the anti-matter to the center of the reaction chamber. It is also produced by the power transfer conduits and near the antimatter pods. Also, the field is needed to propel anti-matter up to the reaction chamber.
If the field were to collapse or fall below 15% of its maximum integrity, the starship would be destroyed. Additionally, the magnetic field is vulnerable to quantum filaments, as they charge the vessel like a live electric wire, thus weakening the field by the inherent electromagnetic field electricity produces. (TNG: "Disaster")