Advances in High-Temperature Irradiation-Resistant Neutron Detectors. [PDF]
Sensors (Basel)Wang C, Yu R, Xia W, Gong J.
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High-field flux jump instabilities in cables for accelerator or compact fusion magnets and their effective suppression. [PDF]
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Bremsstrahlung radiation from toroidal plasmas generated through hydrodynamic shear. [PDF]
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Investigating Helium-Induced Thermal Conductivity Degradation in Fusion-Relevant Copper: A Molecular Dynamics Approach. [PDF]
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Model for Thermal Transport in Tokamaks
Physical Review Letters, 1986The cause for anomalous electron-energy confinement in tokamaks in an active area of research. In this Letter we present a model for the anomalous electron-energy transport and compare it with experimental results.
, Guzdar, , Liu, , Dong, , Lee
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A model for tokamak confinement
Nuclear Fusion, 1981A model is proposed for confinement scaling in tokamaks. This model is drawn from a detailed study of TFR discharges and consists of a combination of neoclassical and anomalous fluxes and a fully non-coronal impurity model with anomalous impurity diffusion. The anomalous diffusion coefficients scale as .
C. Mercier +4 more
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Supercoil: A model for the computational design of tokamaks
Nuclear Engineering and Design. Fusion, 1986Abstract SUPERCOIL is a code for the computational design of tokamaks, including in particular ignited next-generation devices. It takes into account all physical, technical and geometrical constraints relevant to the basic design of a tokamak. Among the solutions of the model equations that meet all constraints the one optimized with respect to a ...
Borrass, K., Soell, M.
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The Tokamak: Model T Fusion Reactor
Science, 1978During the past several years there have been significant scientific and technological advances related to the tokamak magnetic confinement scheme. These are summarized in the context of a recent tokamak reactor design study which emphasizes reduced size, higher power density, and enhanced plant reliability and maintainability relative to earlier ...
D, Steiner, J F, Clarke
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A computer model of radial transport in tokamaks
Nuclear Fusion, 1977A multi-regime model of radial particle and energy transport in tokamaks, based on the predictions of low-frequency microinstability theory, has been incorporated into a one-dimensional computer code. The code also includes background neutral gas, neoclassically (3-regime) diffusing impurity ions, adiabatic compression, and self-consistent neutral ...
Duechs, D., Post, D., Rutherford, P.
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