Add to ORKGFrom a discussion of fusion reactor designs based on today\u27s well-established experience gained in the operation of large tokamaks, it is concluded that such reactors are economically not attractive. The physics involved in the various options for concept improvement is described and the main experimental results of current research are shortly reviewed
As one alternative source of energy for the future, fusion power will be required to demonstrate tha...
The goal of the DEALS program is to develop a demountable TF magnet system concept that will reduce ...
An advanced tokamak transmutation system is proposed as an alternative application of fusion energy ...
From a discussion of fusion reactor designs based on today\u27s well-established experience gained i...
From a discussion of fusion reactor designs based on today\u27s well-established experience gained i...
The physical properties of nuclear fusion reactions govern the fuel choice and the selection of the ...
The design approach developed in the ORNL Fusion Power Demonstration Study is reviewed. The design c...
The last major conceptual design study of a tokamak power reactor in the United States was STARFIRE ...
Nuclear fusion has long been touted as a future source of low-carbon energy. Whether or not fusion e...
The impact of plasma operating characteristics, engineering options, and technology on the capital c...
The tokamak to follow the Tokamak Fusion Test Reactor (TFTR) should satisfy two important objectives...
Thesis: S.B., Massachusetts Institute of Technology, Department of Nuclear Science and Engineering, ...
The field of fusion energy research holds the potential to provide a limitless source of clean energ...
This paper attempts to bridge the gap between tokamak reactor design and plasma physics. The analysi...
This study reports the impact of plasma operating characteristics, engineering options, and technolo...
As one alternative source of energy for the future, fusion power will be required to demonstrate tha...
The goal of the DEALS program is to develop a demountable TF magnet system concept that will reduce ...
An advanced tokamak transmutation system is proposed as an alternative application of fusion energy ...
From a discussion of fusion reactor designs based on today\u27s well-established experience gained i...
From a discussion of fusion reactor designs based on today\u27s well-established experience gained i...
The physical properties of nuclear fusion reactions govern the fuel choice and the selection of the ...
The design approach developed in the ORNL Fusion Power Demonstration Study is reviewed. The design c...
The last major conceptual design study of a tokamak power reactor in the United States was STARFIRE ...
Nuclear fusion has long been touted as a future source of low-carbon energy. Whether or not fusion e...
The impact of plasma operating characteristics, engineering options, and technology on the capital c...
The tokamak to follow the Tokamak Fusion Test Reactor (TFTR) should satisfy two important objectives...
Thesis: S.B., Massachusetts Institute of Technology, Department of Nuclear Science and Engineering, ...
The field of fusion energy research holds the potential to provide a limitless source of clean energ...
This paper attempts to bridge the gap between tokamak reactor design and plasma physics. The analysi...
This study reports the impact of plasma operating characteristics, engineering options, and technolo...
As one alternative source of energy for the future, fusion power will be required to demonstrate tha...
The goal of the DEALS program is to develop a demountable TF magnet system concept that will reduce ...
An advanced tokamak transmutation system is proposed as an alternative application of fusion energy ...