The first observation of a significant rise of core electron temperature in response to edge cooling in a helical plasma has been made on the Large Helical Device [O. Motojima et al., Phys. Plasmas 6, 1843 (1999)]. When the phenomenon occurs, the electron heat diffusivity in the core region is reduced abruptly without changing local parameters in the region of interest. Therefore the phenomenon can be regarded as a so-called "nonlocal" electron temperature rise observed so far only in many tokamaks
A long-standing enigma in plasma transport has been resolved by modeling of cold-pulse experiments c...
Anomalous electron thermal losses plays a central role in the history of the controlled fusion progr...
Associated with the transition from ion root to electron root, an electron internal transport barrie...
"Edge cooling experiments with a tracer-encapsulated solid pellet in the Large Helical Device (LHD) ...
Non-local heat transport experiments were performed in Alcator C-Mod ohmic L-mode plasmas by inducin...
The electron temperature response of a tokamak to rapid edge cooling has characteristics difficult t...
It is known that rapid edge cooling of magnetically confined plasmas can trigger heat pulses that pr...
It is known that rapid edge cooling of magnetically confined plasmas can trigger heat pulses that pr...
A heating source with off-axis electron cyclotron heating (ECH) alone produced a plasma with a quasi...
High-ion-temperature (exceeding 5 keV) hydrogen plasmas have been successfully produced in the Larg...
"The improvement of core electron heat confinement has been realized in a wide range of helical devi...
An internal transport barrier (ITB) was observed in the electron temperature profile in the Large He...
Simulation study on nonlocal plasma response in tokamak is performed using global code based on the ...
In the discharges of the Large Helical Device [O. Motojima et al., Proceedings of the 16th Conferenc...
In the Rijnhuizen Tokamak Project plasmas, a transient rise of the core electron temperature is obse...
A long-standing enigma in plasma transport has been resolved by modeling of cold-pulse experiments c...
Anomalous electron thermal losses plays a central role in the history of the controlled fusion progr...
Associated with the transition from ion root to electron root, an electron internal transport barrie...
"Edge cooling experiments with a tracer-encapsulated solid pellet in the Large Helical Device (LHD) ...
Non-local heat transport experiments were performed in Alcator C-Mod ohmic L-mode plasmas by inducin...
The electron temperature response of a tokamak to rapid edge cooling has characteristics difficult t...
It is known that rapid edge cooling of magnetically confined plasmas can trigger heat pulses that pr...
It is known that rapid edge cooling of magnetically confined plasmas can trigger heat pulses that pr...
A heating source with off-axis electron cyclotron heating (ECH) alone produced a plasma with a quasi...
High-ion-temperature (exceeding 5 keV) hydrogen plasmas have been successfully produced in the Larg...
"The improvement of core electron heat confinement has been realized in a wide range of helical devi...
An internal transport barrier (ITB) was observed in the electron temperature profile in the Large He...
Simulation study on nonlocal plasma response in tokamak is performed using global code based on the ...
In the discharges of the Large Helical Device [O. Motojima et al., Proceedings of the 16th Conferenc...
In the Rijnhuizen Tokamak Project plasmas, a transient rise of the core electron temperature is obse...
A long-standing enigma in plasma transport has been resolved by modeling of cold-pulse experiments c...
Anomalous electron thermal losses plays a central role in the history of the controlled fusion progr...
Associated with the transition from ion root to electron root, an electron internal transport barrie...