Difference between revisions of "Microfusion/fusion feeder reactors"
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== Microfusion/fusion feeder reactors == | == Microfusion/fusion feeder reactors == | ||
| − | ''Microfusion/fusion feeder reactor'' is a misnomer spawned by the media in an attempt at brevity; in fact, the proper term is microfusion feeder/fission-fusion reactor - which is why the system is referred to as ''MF/FFR'' (usually spoke M-triple F-R), and not M/FFR. | + | '''Microfusion/fusion feeder reactor''' is a misnomer spawned by the media in an attempt at brevity; in fact, the proper term is microfusion feeder/fission-fusion reactor - which is why the system is referred to as ''MF/FFR'' (usually spoke M-triple F-R), and not M/FFR. |
The principle is a simple one. In simple layman's terms, microfusion feeders produce helium three in cycles from waste products provided by the fission/fusion reaction. This, in turn, feeds back into the microfusion feeders. It is a perpetuating cycle with a limit, but is extremely efficient, and each reactor unit has a long 'shelf life'. Additionally, radiation output is low, and can even be co-opted by super-dense charged superconductive coils, producing additional current for supply. | The principle is a simple one. In simple layman's terms, microfusion feeders produce helium three in cycles from waste products provided by the fission/fusion reaction. This, in turn, feeds back into the microfusion feeders. It is a perpetuating cycle with a limit, but is extremely efficient, and each reactor unit has a long 'shelf life'. Additionally, radiation output is low, and can even be co-opted by super-dense charged superconductive coils, producing additional current for supply. | ||
Latest revision as of 21:05, 3 May 2007
Microfusion/fusion feeder reactors
Microfusion/fusion feeder reactor is a misnomer spawned by the media in an attempt at brevity; in fact, the proper term is microfusion feeder/fission-fusion reactor - which is why the system is referred to as MF/FFR (usually spoke M-triple F-R), and not M/FFR.
The principle is a simple one. In simple layman's terms, microfusion feeders produce helium three in cycles from waste products provided by the fission/fusion reaction. This, in turn, feeds back into the microfusion feeders. It is a perpetuating cycle with a limit, but is extremely efficient, and each reactor unit has a long 'shelf life'. Additionally, radiation output is low, and can even be co-opted by super-dense charged superconductive coils, producing additional current for supply.
Generally, larger energy demands are met by increasing the speed of the cycles of each reactor system, weighted towards the microfusion feeders. Both processes provide energy, which is converted to electrical current through established electromagnetic interactions for fusion-based electricity generation.
This particular form of fusion is currently exclusive to the Iluvauromeni Commonality of Everlasting Light, and is the creation of The Royal Mother, Professor-Doctor Commissioner Bao Ling I.
