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Line identification of boron and nitrogen emissions in extreme-and vacuumultraviolet wavelength ranges in the impurity powder dropping experiments of the Large Helical Device and its application to spectroscopic diagnostics

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Plasma Science and Technology 2021年第8期23卷 6-17页

作者： tetsutarou oishi Naoko ASHIKAWA Federico NESPOLI Suguru MASUZAKI Mamoru SHOJI Eric P GILSON Robert LUNSFORD Shigeru MORITA Motoshi GOTO Yasuko KAWAMOTO Chihiro SUZUKI Zhen SUN Alex NAGY David A GATES Tomohiro MORISAKI Department of Fusion Science The Graduate University for Advanced StudiesSOKENDAI322-6 Oroshi-choToki 509-5292GifuJapan Princeton Plasma Physics Laboratory 100 Stellarator RoadPrincetonNJ 08540United States of America National Institute for Fusion Science National Institutes of Natural Sciences322-6 Oroshi-choToki 509-5292GifuJapan

An impurity powder dropper was installed in the 21 st campaign of the Large Helical Device experiment(Oct.2019–Feb.2020)under a collaboration between the National Institute for Fusion Science and the Princeton Plasma Physics Laboratory for the purposes of real-time wall conditioning and edge plasma *** order to assess the effective injection of the impurity powders,spectroscopic diagnostics were applied to observe line emission from the injected ***,extreme-ultraviolet(EUV)and vacuum-ultraviolet(VUV)emission spectra were analyzed to summarize observable impurity lines with B and BN powder *** lines released from B and N ions were identified in the EUV wavelength range of 5–300Ameasured using two grazing incidence flat-field EUV spectrometers and in the VUV wavelength range of 300–2400Ameasured using three normal incidence 20 cm VUV ***–BV and NIII–NVII emission lines were identified in the discharges with the B and BN powder injection,*** B and N emission lines which have large intensities and are isolated from other lines were successfully identified as follows:BI(1825.89,1826.40)A(blended),BII 1362.46A,BIII(677.00,677.14,677.16)A(blended),BIV 60.31A,BV 48.59A,NIII(989.79,991.51,991.58)A(blended),NIV765.15A,NV(209.27,209.31)A(blended),NVI 1896.80A,and NVII *** of the line identifications to the advanced spectroscopic diagnostics were demonstrated,such as the vertical profile measurements for the BV and NVII lines using a space-resolved EUV spectrometer and the ion temperature measurement for the BII line using a normal incidence 3 m VUV spectrometer.

关键词： plasma spectroscopy extreme ultraviolet vacuum ultraviolet magnetically confined fusion impurity seeding wall conditioning

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