Cold pulse experiments in plasma with an electron internal transport barrier on LHD

Inagaki S; Ida K; Tamura N; Shimozuma T; Kubo S; Nagayama Y; Kawahata K; Sudo S; Ohkubo K; LHD Experimental Grp

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Cold pulse experiments in plasma with an electron internal transport barrier on LHD

机译：在LHD上具有电子内部传输垒的等离子体中的冷脉冲实验

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Transient transport experiments are performed in LHD plasma with electron internal transport barrier (e-ITB). Evidence for a reduction of electron heat diffusivity inside the ITB is observed from cold and heat pulse propagations. The observed enhancement of the cold pulse peak is explained by the temperature dependent electron heat diffusivity. The heat diffusivity inside the ITB decreases with an increase in the electron temperature in LHD.

机译：在具有电子内部传输壁垒（e-ITB）的LHD等离子体中进行瞬态传输实验。从冷和热脉冲传播中可以观察到ITB内部电子热扩散率降低的证据。观察到的冷脉冲峰值增强由温度相关的电子热扩散率解释。随着LHD中电子温度的升高，ITB内部的热扩散率降低。

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《Plasma physics and controlled fusion》 |2004年第0期|共6页
作者
Inagaki S; Ida K; Tamura N; Shimozuma T; Kubo S; Nagayama Y; Kawahata K; Sudo S; Ohkubo K; LHD Experimental Grp;
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正文语种 eng
中图分类等离子体物理学;
关键词
LARGE HELICAL DEVICE; MAGNETIC SHEAR; CONFINEMENT; DIAGNOSTICS; TOKAMAK;

机译：大型螺旋装置;磁性剪切;约束;诊断;托卡马克;

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专利

1. Cold pulse experiments in plasma with an electron internal transport barrier on LHD [J] . Inagaki S, Ida K, Tamura N, Plasma physics and controlled fusion . 2004,第0期

机译：在LHD上具有电子内部传输垒的等离子体中的冷脉冲实验
2. Stable sustainment of plasmas with electron internal transport barrier by ECH in the LHD [J] . Yoshimura Y., Kasahara H., Tokitani M., Plasma physics and controlled fusion . 2018,第2期

机译：通过ECHD在LHD中通过电子内部运输屏障稳定的等离子体维持
3. Isotope effect in transient electron thermal transport property and its impact on the electron internal transport barrier formation in LHD [J] . T. Kobayashi, K. Ida, K. Tanaka, Nuclear fusion . 2020,第7期

机译：同位素效应于瞬态电子热运输性能及其对LHD中电子内部运输屏障形成的影响
4. Relationship between particle and heat transport in JT-60U plasmas with internal transport barrier [C] . H. Takenaga, S. Higashijima, N. Oyama, IAEA fusion energy conference . 2003

机译：JT-60U等离子体中粒子和热传输与内部运输屏障的关系
5. Control of Internal Transport Barriers in Magnetically Confined Tokamak Fusion Plasmas [D] . Panta, Soma Raj. 2020

机译：控制磁局限制托卡马克融合等离子体内部运输障碍的控制
6. Effect of Time-Dependent Characteristics of ZnO Nanoparticles Electron Transport Layer Improved by Intense-Pulsed Light Post-Treatment on Hole-Electron Injection Balance of Quantum-Dot Light-Emitting Diodes [O] . Young Joon Han, Kyung-Tae Kang, Byeong-Kwon Ju, 2020

机译：ZnO纳米颗粒电子传输层的效果通过强烈脉冲后处理改善了量子点发光二极管空穴电子注入平衡的脉冲脉冲后处理
7. Stable sustainment of plasmas with electron internal transport barrier by ECH in the LHD [O] . Y Yoshimura, H Kasahara, M Tokitani, 2017

机译：通过ECHD在LHD中具有电子内部运输屏障的等离子体的稳定维持
8. Possibility of internal transport barrier formation and electric field bifurcation in LHD plasma [R] . Sanuki, H. , Itoh, K. , Yokoyama, M. , 1999

机译：LHD等离子体中内部传输屏障形成和电场分叉的可能性

Cold pulse experiments in plasma with an electron internal transport barrier on LHD

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