Quantitative Aspects of Atmospheric-Pressure Penning Ionization

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概要

• 論文の詳細を見る

• Quantitative aspects related to atmospheric-pressure Penning ionization (APPeI) were examined by analyzing C6D6 in C6H6 using C6H6 as an internal standard. A linear relation was found in log-log plots between [C6D6+]/[C6H6+] and the amounts of C6D6 detected were in the range from 1.6×10-10 g to 1.6×10-4 g for C6D6 spiked in 0.4 μL C6H6, with a correlation coefficient of 0.995. The limit of detection for C6D6 was approximately tens of pg. In He and Ar APPeI, a major reagent for Penning ionization would be the rare gas (Rg) excimers Rg2*.

• 2010-12-01

著者

• Hiraoka Kenzo

  Clean Energy Res. Center The Univ. Of Yamanashi

• KAMBARA Shizuka

  Clean Energy Research Center, University of Yamanashi

• NISHIDATE Kentarou

  Clean Energy Research Center, University of Yamanashi

• FUJIMAKI Susumu

  Clean Energy Research Center, University of Yamanashi

• HASHIMOTO Yutaka

  Clean Energy Research Center, University of Yamanashi

• SUZUKI Shigeo

  Clean Energy Research Center, University of Yamanashi

• IWAMA Takashi

  Clean Energy Research Center, University of Yamanashi

• Iwama Takashi

  The Yamanashi Prefectural Industrial Technol. Center

• Nishidate Kentarou

  Clean Energy Research Center University Of Yamanashi

• Iwama Takashi

  Clean Energy Research Center University Of Yamanashi

• Furuya Hiroko

  Clean Energy Research Center University Of Yamanashi

• Hashimoto Yutaka

  Clean Energy Res. Center Univ. Of Yamanashi

• Hashimoto Yutaka

  Clean Energy Research Center University Of Yamanashi

• Kambara Shizuka

  Clean Energy Research Center University Of Yamanashi

• Fujimaki Susumu

  Clean Energy Research Center University Of Yamanashi

• Suzuki Shigeo

  Clean Energy Research Center University Of Yamanashi

関連論文

• Quantitative Aspects of Atmospheric-Pressure Penning Ionization
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• Development of a Remote-from-Plasma Dielectric Barrier Discharge Ion Source and Its Application to Explosives
• Quantitative Aspects of Atmospheric-Pressure Penning Ionization
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• Trace Level Detection of Explosives in Solution Using Leidenfrost Phenomenon Assisted Thermal Desorption Ambient Mass Spectrometry

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