Outline of areas of fusion investigation
Posted: Wed May 13, 2015 12:14 am
Welcome to the advanced discussion area of fusor.net Please use this area for advanced presentation of data and for collaboration on fusor projects.
To kick this off, I am posting an outline that I made from what we on fusor.net were working on back in 2004. It is not exhaustive but you can see it is quite a bit more technical than just building a fusor. Hopefully it will stimulate some of the more scientific in the group to push this work forward.
FUSION-THEORETICAL
Inertial Electrostatic Confinement
-----Chamber Geometry
----------Spherical
----------Cylindrical
----------Crosses
----------Cubical
----------Ultra high volume
----------Ultra low volume
-----Grid Geometry
----------Spherical
----------Cylindrical
----------Concentric
----------Toroidal
----------Point
-----Grid Design
----------Wire
----------Lattice/mesh
----------Washer
----------Plasma electrodes
----------Point electrodes
-----Grid composition
----------Ceramics
----------High temperature (W, Ta, Re...)
----------Fuel absorbers (Pd, Ti,.....)
----------Fuel emitters (LiD, B,......)
-----Gases
----------Fusable Gases (Deuterium, Tritium, Boron.....)
----------Fissionable Gases (mostly Hi Z....)
----------Gas Mixtures (Argon, Xenon, D2O....)
-----Increase the number of Ions
----------Ion Guns
----------RF Guns
----------Filament Guns
----------Lasers
-----Mean Free Path
----------Recirculation
----------High pressure ne pass
-----Location of fusion in a fusor
-----Targets
----------Deuterium
----------Metal latices (Ti, Pd etc.)
-----Pulse Mode
----------Descrete or intermittent pulses
----------RF
Colliders
-----Liniacs
-----Cyclotrons
-----Multicusp
-----Z pinch
FUSION-PRACTICAL POWER PRODUCTION
------Targeted Systems
----------High ion current devices
------Hybrid Systems
----------Boron Shell to capture neutrons and release heat
----------Cold/hot fusion hybrid
----------U238 energy multiplication
To kick this off, I am posting an outline that I made from what we on fusor.net were working on back in 2004. It is not exhaustive but you can see it is quite a bit more technical than just building a fusor. Hopefully it will stimulate some of the more scientific in the group to push this work forward.
FUSION-THEORETICAL
Inertial Electrostatic Confinement
-----Chamber Geometry
----------Spherical
----------Cylindrical
----------Crosses
----------Cubical
----------Ultra high volume
----------Ultra low volume
-----Grid Geometry
----------Spherical
----------Cylindrical
----------Concentric
----------Toroidal
----------Point
-----Grid Design
----------Wire
----------Lattice/mesh
----------Washer
----------Plasma electrodes
----------Point electrodes
-----Grid composition
----------Ceramics
----------High temperature (W, Ta, Re...)
----------Fuel absorbers (Pd, Ti,.....)
----------Fuel emitters (LiD, B,......)
-----Gases
----------Fusable Gases (Deuterium, Tritium, Boron.....)
----------Fissionable Gases (mostly Hi Z....)
----------Gas Mixtures (Argon, Xenon, D2O....)
-----Increase the number of Ions
----------Ion Guns
----------RF Guns
----------Filament Guns
----------Lasers
-----Mean Free Path
----------Recirculation
----------High pressure ne pass
-----Location of fusion in a fusor
-----Targets
----------Deuterium
----------Metal latices (Ti, Pd etc.)
-----Pulse Mode
----------Descrete or intermittent pulses
----------RF
Colliders
-----Liniacs
-----Cyclotrons
-----Multicusp
-----Z pinch
FUSION-PRACTICAL POWER PRODUCTION
------Targeted Systems
----------High ion current devices
------Hybrid Systems
----------Boron Shell to capture neutrons and release heat
----------Cold/hot fusion hybrid
----------U238 energy multiplication