Plasma turbulence studies using correlation Doppler reflectometry on the ASDEX upgrade tokamak

机译：在ASDEX升级版Tokamak上使用相关多普勒反射仪进行等离子体湍流研究

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The correlation Doppler reflectometer system consists of two 50-75 GHz reflectometers with a selectable O/X-mode polarization. Launching from the same tilted antenna allows the measurement of the radial electric field shear dE/sub r//dr and radial correlation lengths L/sub r/, important parameters characterizing plasma turbulence. The reflectometer hardware is described and example measurements presented.

机译：相关多普勒反射仪系统由两个50-75 GHz反射仪组成，它们具有可选的O / X模式偏振。从同一倾斜天线发射，可以测量径向电场剪切力dE / sub r // dr和径向相关长度L / sub r /，这是表征等离子体湍流的重要参数。描述了反射仪硬件，并提供了示例测量。

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《Infrared and Millimeter Waves, 2004 and 12th International Conference on Terahertz Electronics, 2004. Conference Digest of the 2004 Joint 29th International Conference on》|2004年|p.707-708|共2页
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Schirmer J.; Conway G.D.; Suttrop W.; Klenge S.; Zohm H.;
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中图分类无线电电子学、电信技术;
关键词
plasma turbulence; Tokamak devices; plasma toroidal confinement; Doppler measurement; microwave reflectometry; reflectometers; plasma diagnostics; plasma turbulence; correlation Doppler reflectometry; ASDEX upgrade tokamak; tilted antenna; radial electric field shear measurement; radial correlation lengths; O/X-mode polarization; 50 to 75 GHz;

机译：等离子体湍流;托卡马克装置;等离子体环形约束;多普勒测量;微波反射法;反射计;等离子体诊断;等离子体湍流;相关多普勒反射法; ASDEX升级版托卡马克;倾斜天线;径向电场剪切测量;径向相关长度; O / X模式极化; 50至75 GHz;

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专利

1. Characterization of edge turbulence in different states of divertor detachment using reflectometry in the ASDEX Upgrade tokamak [J] . Nikolaeva V., Guimarais L., Manz P., Plasma physics and controlled fusion . 2018,第5期

机译：在Asdex升级Tokamak中使用反射器分离不同状态的边缘湍流的特征
2. Radial correlation length measurements on ASDEX Upgrade using correlation Doppler reflectometry [J] . Schirmer J, Conway GD, Holzhauer E, Plasma physics and controlled fusion . 2007,第7期

机译：使用相关多普勒反射仪在ASDEX Upgrade上进行径向相关长度测量
3. Fullwave Doppler reflectometry simulations for density turbulence spectra in ASDEX Upgrade using GENE and IPF-FD3D [J] . Plasma Science & Technology . 2020,第6期

机译：使用基因和IPF-FD3D进行ASDEX升级中密度湍流光谱的全波多普勒反射频谱
4. Plasma turbulence studies using correlation Doppler reflectometry on the ASDEX upgrade tokamak [C] . Schirmer J., Conway G.D., Suttrop W., Joint International Conference on Infrared and Millimeter Waves . 2004

机译：血浆湍流研究采用相关多普勒反射仪对Asdex升级托卡马克
5. High-resolution millimeter-wave reflectometry for electron density profile measurements in tokamak plasmas [D] . Kim, Kang Wook. 1996

机译：用于托卡马克等离子体中电子密度分布测量的高分辨率毫米波反射仪
6. Computer assisted Doppler waveform analysis and ultrasound derived turbulence intensity ratios can predict early hyperplasia development in newly created vascular access fistula: Pilot study methodology and analysis [O] . Matthew Bartlett, Vanessa Diaz-Zuccarini, Janice Tsui 2021

机译：计算机辅助多普勒波形分析和超声源湍流强度比率可以预测新创建的血管接入瘘的早期增生开发：试验研究方法和分析
7. Plasma Turbulence Studies Using Correlation Doppler Reflectometry on the ASDEX Upgrade Tokamak [O] . Schirmer Jasmine 2005

机译：在asDEX升级托卡马克上使用相关多普勒反射仪进行等离子体湍流研究
8. Divertor Plasma Conditions and Their Effect on Carbon Migration in the ASDEX Upgrade Tokamak (Diverttorin Plasmaolosuhteet ja Niiden Vaikutus Hiilen Kulkeutumiseen ASDEX Upgrade -Tokamakissa) [R] . Aho-Mantila, L. 2011

机译：asDEX升级托卡马克的Divertor等离子体条件及其对碳迁移的影响（Diverttorin plasmaolosuhteet ja Niiden Vaikutus Hiilen Kulkeutumiseen asDEX升级-Tokamakissa）

Plasma turbulence studies using correlation Doppler reflectometry on the ASDEX upgrade tokamak

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