In many areas (primarily urban) they are required to be in use. An autopilot is often mandatory on cheaper commercial models. This will be in addition to any other computers installed. Slow Light Transformer - for energy efficiencyĪutopilot : an autopilot has an INT 3 Specialised Computer running Standard Intellect and an Expert Module in an appropriate skill and specialty, normally Pilot or Drive. Quantum Vortex Warp Core (out of service) These alter the characteristics of the primary containment field to optimize plasma flow and minimize magnetohydrodynamic (MHD) instabilities, which might otherwise disrupt the reaction and plasma containment.Subluminal Engines Maneuvering Thrusters Type Maintaining a self-sustaining reaction requires careful management of plasma flow which is achieved using secondary magnetic fields. The fuel isotopes are initially heated to create a low-temperature ionized gas (plasma) which is then subjected to a number of particle excitation techniques to bring it to reaction temperature. The reactor is fueled by a combination of hydrogen isoptopes which are forced to combine under enormous pressure, creating helium and in the process releasing significant amounts of energy. This accommodates the pressure maintenance and venting systems required by the generation system and improves repair and maintenance access. The transfer is conducted through a heat exchange interface so that a non-irradiated secondary coolant system supplies the generation turbine. This process also acts to cool the reaction-facing components of the chamber. Coolant SystemĪ pressurized coolant system transfers heat energy from the reaction chamber to the generation turbine system. The materials making up the generators are unique in having superconducting properties at room temperature, allowing far more powerful magnetic fields and much greater operational stability than would be possible with traditional superconductors.
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#AUGMENTED SUPERLUMINAL DRIVE SERIES#
The containment field is created by a series of superconductor generators surrounding the reaction chamber. The magnetic containment field maintains the reaction plasma under extreme pressure, assisting the reaction process and containing the worst of the reaction’s heat energy away from the reaction chamber walls. As this shield layer is susceptible to accelerated degradation from neutronic particles, the modules are designed to be easily replaceable using a robotic maintenance system. The reaction-facing interior of the chamber wall is shielded with a system of dual-layered modules designed to attenuate most of the heat and radiation load before it reaches the chamber wall.
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The reaction chamber is designed to contain the heat and high-energy neutronic radiation characteristic of fusion reactions. These superconductors have been developed using quantum-chromodynamic (QCD) technology reverse-engineered from captured alien vessels and produce magnetic fields powerful enough for viable fusion reactors. Although none of these programs have produced an operational reactor, their design approaches are capable of achieving a self-sustaining reaction when augmented with advanced room-temperature superconducting materials.
![augmented superluminal drive augmented superluminal drive](https://hips.hearstapps.com/pop.h-cdn.co/assets/cm/15/05/54caebcf84dd0_-_faster-than-light-04-0512-de.jpg)
The reactor is predominantly a terrestrially-derived design utilizing materials and techniques developed from a number of fusion research programs around the world. A coolant system transfers heat energy from the reactor chamber to a generation turbine system. The reaction chamber houses the reaction core, which contains super-heated plasma confined within powerful magnetic fields. The reactor's central component is a toroidal chamber constructed from heat and radiation-resistant materials. Advanced new materials developed from alien vessels provided the missing piece of the puzzle, allowing construction of reactors capable of maintaining self-sustaining fusion reactions indefinitely. The power systems aboard captured alien vessels had proven either too damaged or too complex to replicate in any form.įusion reactors were the obvious theoretical choice but existing terrestrial technology had never produced a viable reactor. The power requirements of the main engines and superluminal drive required a significant energy source that also did not have prohibitive mass. The choice of primary power source was one of the first technology hurdles that the vessel construction program had to overcome.