Add to ORKGHere we present the first measurements by collective Thomson scattering of the evolution of fast-ion populations in a magnetically confined fusion plasma. 150 kW and 110 Ghz radiation from a gyrotron were scattered in the TEXTOR tokamak plasma with energetic ions generated by neutral beam injection and ion cyclotron resonance heating. The temporal behavior of the spatially resolved fast-ion velocity distribution is inferred from the received scattered radiation. The fast-ion dynamics at sawteeth and the slowdown after switch off of auxiliary heating is resolved in time. The latter is shown to be in close agreement with modeling results
Experimental investigations of sawteeth interaction with fast ions measured by collective Thomson sc...
Fast ion physics will play an important role on ITER where confined alpha particles will affect plas...
Fast ion physics will play an important role on ITER where confined alpha particles will affect plas...
Here we present the first measurements by collective Thomson scattering of the evolution of fast-ion...
Here we present the first measurements by collective Thomson scattering of the evolution of fast-ion...
Fast ions created in the fusion processes will provide up to 70% of the heating in ITER. To optimize...
Here we present collective Thomson scattering measurements of 1D fast-ion velocity distribution func...
Knowledge of the energy spectrum of fast ions in magnetically confined fusion plasmas is important a...
Results on fast ion diagnosis by collective Thomson scattering at JET are presented. 400 kW, 2 mm ra...
Diagnosis of MeV range fast ions by collective Thomson scattering (CTS) of millimetre waves was succ...
Experimental investigations of sawteeth interaction with fast ions measured by collective Thomson sc...
Experimental investigations of sawteeth interaction with fast ions measured by collective Thomson sc...
Fast ion physics will play an important role on ITER where confined alpha particles will affect plas...
Fast ion physics will play an important role on ITER where confined alpha particles will affect plas...
Here we present the first measurements by collective Thomson scattering of the evolution of fast-ion...
Here we present the first measurements by collective Thomson scattering of the evolution of fast-ion...
Fast ions created in the fusion processes will provide up to 70% of the heating in ITER. To optimize...
Here we present collective Thomson scattering measurements of 1D fast-ion velocity distribution func...
Knowledge of the energy spectrum of fast ions in magnetically confined fusion plasmas is important a...
Results on fast ion diagnosis by collective Thomson scattering at JET are presented. 400 kW, 2 mm ra...
Diagnosis of MeV range fast ions by collective Thomson scattering (CTS) of millimetre waves was succ...
Experimental investigations of sawteeth interaction with fast ions measured by collective Thomson sc...
Experimental investigations of sawteeth interaction with fast ions measured by collective Thomson sc...
Fast ion physics will play an important role on ITER where confined alpha particles will affect plas...
Fast ion physics will play an important role on ITER where confined alpha particles will affect plas...