Add to ORKGFuel design considerations for a conceptual design of a commercial mirror hybrid reactor, optimized for breeding /sup 239/Pu, are briefly discussed. /sup 238/U/sub 3/Si fuel and lithium hydride breeding material are proposed, along with helium gas cooling. Selection of materials for the blanket follows conventional fission reactor practice. A table of reactor parameters is presented. The Mirror Hybrid Reactor offers potential economical production of fissile material. (RME
The role of the fusion-fission hybrid reactor (FFHR) as a fissile fuel and/or power producer is disc...
The mechanical structure of the LLL/GA Mirror Hybrid Reactor vessel is briefly discussed. Functional...
The principal features of a fusion power reactor employing the magnetic mirror confinement concept a...
The reference mirror hybrid reactor design performed by LLL and General Atomic is summarized. The re...
A conceptual design study was made of a fusion-fission reactor for the purpose of producing fissile ...
Two scenarios are typically envisioned for thorium fuel cycles: 'open' cycles based on irradiation o...
A reference design study for a Mirror Fusion Hybrid Reactor has been completed which examines the tr...
(Georgia Tech) published several design concepts of tokamak based fusion-fission hybrids which use s...
The multiple-recycle fuel cycle for uranium-238 considered here, if practically realized, can bring ...
The multiple-recycle fuel cycle for uranium-238 considered here, if practically realized, can bring ...
AbstractWe propose a preliminary design for a fusion-fission hybrid energy reactor (FFHER), based on...
Engineering design studies are underway to assess the feasibility of converting the High Flux Isotop...
Engineering design studies are underway to assess the feasibility of converting the High Flux Isotop...
The Georgia Institute of Technology has developed several design concepts of tokamak based fusion-fi...
A comparative study of the capability of some of the existing power reactor designs to produce fissi...
The role of the fusion-fission hybrid reactor (FFHR) as a fissile fuel and/or power producer is disc...
The mechanical structure of the LLL/GA Mirror Hybrid Reactor vessel is briefly discussed. Functional...
The principal features of a fusion power reactor employing the magnetic mirror confinement concept a...
The reference mirror hybrid reactor design performed by LLL and General Atomic is summarized. The re...
A conceptual design study was made of a fusion-fission reactor for the purpose of producing fissile ...
Two scenarios are typically envisioned for thorium fuel cycles: 'open' cycles based on irradiation o...
A reference design study for a Mirror Fusion Hybrid Reactor has been completed which examines the tr...
(Georgia Tech) published several design concepts of tokamak based fusion-fission hybrids which use s...
The multiple-recycle fuel cycle for uranium-238 considered here, if practically realized, can bring ...
The multiple-recycle fuel cycle for uranium-238 considered here, if practically realized, can bring ...
AbstractWe propose a preliminary design for a fusion-fission hybrid energy reactor (FFHER), based on...
Engineering design studies are underway to assess the feasibility of converting the High Flux Isotop...
Engineering design studies are underway to assess the feasibility of converting the High Flux Isotop...
The Georgia Institute of Technology has developed several design concepts of tokamak based fusion-fi...
A comparative study of the capability of some of the existing power reactor designs to produce fissi...
The role of the fusion-fission hybrid reactor (FFHR) as a fissile fuel and/or power producer is disc...
The mechanical structure of the LLL/GA Mirror Hybrid Reactor vessel is briefly discussed. Functional...
The principal features of a fusion power reactor employing the magnetic mirror confinement concept a...