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6篇 您的检索式:作者名="Kenneth Neubauer"
    题名 作者 年代 出处 被引量
1利用GC-ICP-MS分析生物组织中的汞形态显示文摘汞的形态对于其对生物的毒性具有非常重要的影响.本文利用气相色谱仪与ICP-MS进行联用,对海产品中的汞形态进行精确分离和定量,并给出了优化后的接口条件、色谱条件等仪器参数.Joaudimir Castro Kenneth Neubauer 张桢 2017环境化学2017,36,10:7
2Eval- uation of a tunable bandpass reaction cell inductively coupled plasma mass spectrometer for the determi- nation of selenium in serum and urine显示文摘Nixon D E Neubauer K R Kenneth R 2003Speetro- chimica Acta Part B= Atomic Spectroscopy2003,58,1:1
3On-line chemical analysis of aerosols by rapid single-particle mass spectrometry显示文摘Carson Peter G Neubauer Kenneth R Johnston Murray V Wexler Anthony S 1995Journal of Aerosol Science1995,26,4:1
4高效液相色谱-等离子体质谱技术在溴元素形态分析中的应用显示文摘Kenneth R Neubauer Pamela A Perrone Wilhad M Reuter 2008岩矿测试2008,27,6:0
5药品和膳食补充剂中金属含量的分析——NexION300 ICP-MS在执行USP 232法案中的应用显示文摘Stephen J Mangum Kenneth R Neubauer 2010岩矿测试2010,29,6:0
6Spectroscopic studies of fuel recycling and impurity behaviors in the divertor region of Wendelstein 7-X显示文摘The first divertor operation phase (OP1.2a) was carried out on Wendelstein 7-X in the second half of 2017. Fuel recycling and impurity behaviors in the divertor region were investigated by employing a newly built ultraviolet–visible–near infrared overview spectroscopy system. The characteristic spectral lines of the working gases (hydrogen and helium), intrinsic impurities (carbon, oxygen and iron), and seeded impurities (neon and nitrogen) were identified and analyzed. The divertor electron temperature and density were measured using He I (667.8, 706.5, and 728.1 nm) line intensity ratios. The Hα(656.3 nm), He I (587.6 nm), C II (514.5 nm), and O I (777.2 nm) emissions were investigated over a wide range of operating conditions. The results showed that fuel and impurity emissions in the divertor region exhibit a strong dependence on magnetic topology and plasma conditions. The levels of Hα, He I, C II, and O I emissions are all reduced moving from the standard configuration to the high mirror configuration, and even further reduced for the high iota configuration, which is associated with decreasing connection length in these island divertor configurations. The H/He influx ratio shows that the plasma is a mixture of helium and hydrogen. The neutral and impurity influxes from the divertor target tend to increase with increasing divertor electron temperature.魏彦玲 王二辉 梁云峰 Sebastijan BREZINSEK Maciej KRYCHOWIAK Kenneth HAMMOND Olaf NEUBAUER Ralf K?NIG Stepan SEREDA Lukas RUDISCHHAUSER Michael ENDLER Boyd BLACKWELL Christian LINSMEIER W7-X Team 2019Plasma Science and Technology2019,21,10:0
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