Study of various plasma diagnostic techniques with microwave reflectometry data processing parameters

机译：微波反射法数据处理参数对各种等离子体诊断技术的研究

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This paper focuses on the Microwave reflectometry for the Ka-band (26.5 GHz-40 GHz) developed for measuring the electron density profile of the plasma. The beat frequency has to be estimated for measuring the density profile of the plasma. Along with this, different techniques for electron density measurement have been explained in this paper. The results of the beat frequency estimation and the way they have been obtained are all demonstrated in a systematic manner. Also the DAQ parameters have been selected accordingly.

机译：本文重点介绍了为测量等离子体的电子密度分布而开发的Ka波段（26.5 GHz-40 GHz）微波反射仪。必须估计拍频以测量等离子体的密度分布。随之，本文还介绍了不同的电子密度测量技术。拍频估计的结果及其获得方式均以系统的方式进行了演示。相应地，还选择了DAQ参数。

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来源
《2017 International Conference on Inventive Computing and Informatics》|2017年|267-272|共6页
会议地点 Coimbatore(IN)
作者
Modi Rishabhkumar N; Arun B. Nandurbarkar; Janmejay U. Buch;
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作者单位

GTU, ME (CSE) L D COLLEGE OF ENGINEERING AHMEDABAD, GUJARAT, INSTITUTE FOR PLASMA RESEARCH, GANDHINAGAR, India;

EC Dept (GTU) L D COLLEGE OF ENGINEERING, AHMEDABAD, GUJARAT, India;

SCIENTIST-SD, DEPARTMENT OF MW ECE DIAGNOSTIC DIVISION, INSTITUTE FOR PLAS;

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原文格式 PDF
正文语种 eng
中图分类
关键词
Plasmas; Density measurement; Probes; Plasma measurements; Microwave measurement; Time-frequency analysis; Reflectometry;

机译：等离子体;密度测量;探针;等离子体测量;微波测量;时频分析;反射法;;

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1. Advantages of the first-derivative probe technique over the three- and four-parameter probe techniques in fusion plasmas diagnostics [J] . E. Hasan, M. Dimitrova, T. Popov, Journal of instrumentation: an IOP and SISSA journal . 2018,第4期

机译：融合等离子体诊断中三阶段探头技术的第一衍生探针技术的优点
2. Low electron density diagnostics:development of optical emission spectroscopic techniques and some applications to microwave induced plasmas [J] . M.Ivkovic, S.Jovicevic, N.Konjevic Spectrochimica Acta, Part B. Atomic Spectroscopy . 2004,第5期

机译：低电子密度诊断：光发射光谱技术的发展及其在微波诱导等离子体中的一些应用
3. Microwave imaging reflectometry studies for turbulence diagnostics on KSTAR a [J] . H. K. Park, I. Hong, M. Kim, Review of Scientific Instruments . 2010,第10期

机译：微波成像反射法研究对KSTAR a 的湍流诊断
4. Study of various plasma diagnostic techniques with microwave reflectometry data processing parameters [C] . Modi Rishabhkumar N, Arun B. Nandurbarkar, Janmejay U. Buch International Conference on Inventive Computing and Informatics . 2017

机译：微波反射测量数据处理参数的各种等离子体诊断技术的研究
5. Microwave imaging diagnostics for plasma fluctuation studies [D] . Wang, Jian 2006

机译：用于血浆波动研究的微波成像诊断
6. Validated and Predictive Processing of Gas Chromatography-Mass Spectrometry Based Metabolomics Data for Large Scale Screening Studies Diagnostics and Metabolite Pattern Verification [O] . Elin Thysell, Elin Chorell, Michael B. Svensson, 2012

机译：基于气相色谱-质谱的代谢组学数据的验证和预测处理用于大规模筛选研究诊断和代谢物模式验证
7. Microwave imaging reflectometry studies for turbulence diagnostics on KSTAR [O] . H. K. Park, I. Hong, M. Kim, 2010

机译：微波成像反射测量扫带诊断轨道诊断
8. Numerical Study of Microwave Reflectometry in Plasmas with 2D Turbulent Fluctuations [R] . E. Mazzucato 1998

机译：二维湍流波动等离子体微波反射仪的数值研究

Study of various plasma diagnostic techniques with microwave reflectometry data processing parameters

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