Publication | Closed Access
Empirical tokamak scaling
51
Citations
2
References
1978
Year
Experimental ResultsElectrical EngineeringEngineeringFuture TokamaksControlled Nuclear FusionFusion PowerInertial Confinement FusionDense PlasmaMagnetohydrodynamicsEmpirical Tokamak ScalingIgnition TemperaturePlasma ConfinementThermodynamicsHeat TransferMagnetic Confinement FusionInertial Fusion EnergyMultiscale Modeling
Experimental results from a large number of tokamaks have been collected. It is shown that the measured energy confinement times are consistent in the sense that they may be represented (accurately) by simple empirical formulas. These formulas are used in predicting the Ohmically heated temperatures in future tokamaks. The predicted temperatures are similar to but slightly lower than those in present machines. Te0 is about 0.5 to 1 keV. This result emphasizes the point that substantial additional heating will be required for the attainment of ignition temperature.
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