The purpose of this document is to provide an interim status report on the STARFIRE project for the period of May to September 1979. The basic objective of the STARFIRE project is to develop a design concept for a commercial tokamak fusion electric power plant based on the deuterium/tritium/lithium fuel cycle. The key technical objective is to develop the best embodiment of the tokamak as a power reactor consistent with credible engineering solutions to design problems. Another key goal of the project is to give careful attention to the safety and environmental features of a commercial fusion reactor
The following topics were dealt with: EFDA technology programme related to the next step: heating an...
特集 : 核融合エネルギーの社会的受容性と科学的見通しFeature Article : Public Acceptance of Fusion Energy and Scientific Feasi...
If the US is to meet the energy needs of the future, it is essential that new technologies emerge to...
The basic objective of the STARFIRE Project is to develop a design concept for a commercial tokamak ...
STARFIRE- A CONCEPTUAL DESIGN OF A COMMERCIAL TOKAMAK POWER PLANT. Starfire is a conceptual design f...
STARFIRE is a design for a conceptual commercial tokamak electrical power plant based on the deuteri...
The last major conceptual design study of a tokamak power reactor in the United States was STARFIRE ...
In order for fusion power to be widely accepted in the next century, it should offer advantages comp...
The tokamak to follow the Tokamak Fusion Test Reactor (TFTR) should satisfy two important objectives...
Since its inception, the European Fusion Programme has been orientated towards the establishment of ...
The Brookhaven National Laboratory (BNL) is carrying out a comprehensive conceptual design study cal...
Controlled thermonuclear fusion opens up the possibility of using similar principles that take place...
Physical conditions for D-T fusion reactions in hot plasmas are reviewed, showing the difference bet...
Nuclear fusion has long been touted as a future source of low-carbon energy. Whether or not fusion e...
Physical conditions for D-T fusion reactions in hot plasmas are reviewed, showing the difference bet...
The following topics were dealt with: EFDA technology programme related to the next step: heating an...
特集 : 核融合エネルギーの社会的受容性と科学的見通しFeature Article : Public Acceptance of Fusion Energy and Scientific Feasi...
If the US is to meet the energy needs of the future, it is essential that new technologies emerge to...
The basic objective of the STARFIRE Project is to develop a design concept for a commercial tokamak ...
STARFIRE- A CONCEPTUAL DESIGN OF A COMMERCIAL TOKAMAK POWER PLANT. Starfire is a conceptual design f...
STARFIRE is a design for a conceptual commercial tokamak electrical power plant based on the deuteri...
The last major conceptual design study of a tokamak power reactor in the United States was STARFIRE ...
In order for fusion power to be widely accepted in the next century, it should offer advantages comp...
The tokamak to follow the Tokamak Fusion Test Reactor (TFTR) should satisfy two important objectives...
Since its inception, the European Fusion Programme has been orientated towards the establishment of ...
The Brookhaven National Laboratory (BNL) is carrying out a comprehensive conceptual design study cal...
Controlled thermonuclear fusion opens up the possibility of using similar principles that take place...
Physical conditions for D-T fusion reactions in hot plasmas are reviewed, showing the difference bet...
Nuclear fusion has long been touted as a future source of low-carbon energy. Whether or not fusion e...
Physical conditions for D-T fusion reactions in hot plasmas are reviewed, showing the difference bet...
The following topics were dealt with: EFDA technology programme related to the next step: heating an...
特集 : 核融合エネルギーの社会的受容性と科学的見通しFeature Article : Public Acceptance of Fusion Energy and Scientific Feasi...
If the US is to meet the energy needs of the future, it is essential that new technologies emerge to...