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Study of edge electric field and edge microturbulence at the L-H transition in DIII-D.

机译：DIII-D中L-H跃迁边缘电场和边缘微湍流的研究。

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摘要

Short communication.

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作者
P. Gohil K. H. Burrell R. J. Groebner R. P. Seraydarian E. J. Doyle;
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年度 1991
页码 1-7
总页数 7
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Doublet Reactors; EDB/700101; EDB/700107; EDB/700202; Edge Localized Modes; Electric Fields; Fluctuations; H-Mode Plasma Confinement; Ion Temperature; Temperature Distribution; Turbulence;

机译：双合成电抗器; EDB / 700101; EDB / 700107; EDB / 700202;边缘定位模式;电场;波动; H模式等离子体限制;离子温度;温度分布;湍流;

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1. Pfirsch-Schliiter current-driven edge electric fields and their effect on the L-H transition power threshold [J] . A.Y. Aydemir Nuclear fusion . 2012,第6期

机译：Pfirsch-Schliiter电流驱动的边缘电场及其对L-H跃迁功率阈值的影响
2. Modelling of electric fields in tokamak edge plasma and L-H transition [J] . V.Rozhansky, E.Kaveeva, S.Voskoboynikov Nuclear fusion . 2002,第9期

机译：托卡马克边缘等离子体和L-H跃迁中的电场建模
3. L-H transition physics in hydrogen and deuterium: key role of the edge radial electric field and ion heat flux [J] . Ryter F., Cavedon M., Happel T., Plasma physics and controlled fusion . 2016,第1期

机译：氢和氘中的L-H跃迁物理学：边缘径向电场和离子热通量的关键作用
4. Study of the edge radial electric field during the L-H transition at ASDEX Upgrade [C] . M. Cavedon, T. Pütterich, E. Viezzer, EPS Conference on Plasma Physics . 2016

机译：在ASDEX升级期间L-H转换期间边缘径向电场的研究
5. Computational study of edge stability and topological edge states of two-dimensional carbonic materials. [D] . Su, Ninghai. 2014

机译：二维碳材料边缘稳定性和拓扑边缘态的计算研究。
6. Dopant-Induced Electric Fields and Their Influenceon the Band-Edge Absorption of GaN [O] . Yitian Bao, Shijie Xu, * 2019

机译：掺杂物感应电场及其影响GaN的带边吸收研究
7. L-H transition physics in hydrogen and deuterium: key role of the edge radial electric field and ion heat flux [O] . F Ryter, M Cavedon, T Happel, 2015

机译：L-H过渡物理氢气和氘：边缘径向电场和离子热通量的关键作用
8. Role of the edge electric field and microturbulence in the L-H transition. [R] . R. J. Groebner K. H. Burrell T. N. Carlstrom P. Gohil R. Seraydarian 1990

机译：边缘电场和微湍流在L-H跃迁中的作用。

Study of edge electric field and edge microturbulence at the L-H transition in DIII-D.

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