Abstract
The transition of a radial electric field from a negative to a positive value is observed in Compact Helical System when the electron loss is sufficiently enhanced by the superposition of the off-axis second harmonic electron cyclotron heating on the neutral beam heated plasmas. The observed threshold for the enhanced particle flux required to cause the transition is compared with a theoretical prediction. (author).
Citation Formats
Idei, H, Ida, K, and Sanuki, H.
Transition of radial electric field by electron cyclotron heating in stellarator plasmas.
Japan: N. p.,
1993.
Web.
Idei, H, Ida, K, & Sanuki, H.
Transition of radial electric field by electron cyclotron heating in stellarator plasmas.
Japan.
Idei, H, Ida, K, and Sanuki, H.
1993.
"Transition of radial electric field by electron cyclotron heating in stellarator plasmas."
Japan.
@misc{etde_10110094,
title = {Transition of radial electric field by electron cyclotron heating in stellarator plasmas}
author = {Idei, H, Ida, K, and Sanuki, H}
abstractNote = {The transition of a radial electric field from a negative to a positive value is observed in Compact Helical System when the electron loss is sufficiently enhanced by the superposition of the off-axis second harmonic electron cyclotron heating on the neutral beam heated plasmas. The observed threshold for the enhanced particle flux required to cause the transition is compared with a theoretical prediction. (author).}
place = {Japan}
year = {1993}
month = {Jun}
}
title = {Transition of radial electric field by electron cyclotron heating in stellarator plasmas}
author = {Idei, H, Ida, K, and Sanuki, H}
abstractNote = {The transition of a radial electric field from a negative to a positive value is observed in Compact Helical System when the electron loss is sufficiently enhanced by the superposition of the off-axis second harmonic electron cyclotron heating on the neutral beam heated plasmas. The observed threshold for the enhanced particle flux required to cause the transition is compared with a theoretical prediction. (author).}
place = {Japan}
year = {1993}
month = {Jun}
}