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    • 1. 发明申请
    • METHOD AND APPARATUS FOR ION FRAGMENTATION IN MASS SPECTROMETRY
    • 用于离子质谱分析的方法和装置
    • US20090152458A1
    • 2009-06-18
    • US11959006
    • 2007-12-18
    • Andrey VilkovVladimir M. Doroshenko
    • Andrey VilkovVladimir M. Doroshenko
    • B01D59/44
    • H01J49/0045
    • A method for fragmentation of analyte ions for mass spectroscopy and a system for mass spectroscopy. The method produces gas-phase analyte ions, produces gas-phase radical species separately from the analyte ions, and mixes the gas-phase analyte ions and the radical species at substantially atmospheric pressure conditions to produce fragment ions prior to introduction into a mass spectrometer. The system includes a gas-phase analyte ion source, a gas-phase radical species source separate from the gas-phase analyte ion source, a mixing region where the gas-phase analyte ions and the radical species are mixed at substantially atmospheric pressure to produce fragment ions of the analyte ions, a mass spectrometer having an entrance where at least a portion of the fragment ions are introduced into a vacuum of the mass spectrometer, and a detector in the mass spectrometer which determines a mass to charge ratio analysis of the fragment ions.
    • 用于质谱分析的分析物离子的碎裂方法和用于质谱的系统。 该方法产生气相分析物离子,与分析物离子分开产生气相自由基物质,并在基本上大气压条件下将气相分析物离子和自由基物质混合,以便在引入质谱仪之前产生碎片离子。 该系统包括气相分析物离子源,与气相分析物离子源分离的气相自由基物质源,气相分析物离子和自由基物质在大气压下混合以产生 分析物离子的碎片离子,具有入口的质谱仪,其中至少一部分碎片离子被引入质谱仪的真空中;以及质谱仪中的检测器,其确定片段的质荷比分析 离子。
    • 2. 发明授权
    • Method and apparatus for ion fragmentation in mass spectrometry
    • 离子质谱分离方法和装置
    • US08188423B2
    • 2012-05-29
    • US12784532
    • 2010-05-21
    • Vladimir M. DoroshenkoVadym D. BerkoutAndrey Vilkov
    • Vladimir M. DoroshenkoVadym D. BerkoutAndrey Vilkov
    • H01J49/00B01D59/44
    • H01J49/0045
    • A method for fragmentation of analyte ions for mass spectroscopy and a system for mass spectroscopy. The method produces gas-phase analyte ions, produces gas-phase odd-electron containing species separately from the analyte ions, and mixes the gas-phase analyte ions and the odd-electron containing species at substantially atmospheric pressure conditions to produce fragment ions prior to introduction into a mass spectrometer. The system includes a gas-phase analyte ion source, a gas-phase odd-electron containing species source separate from the gas-phase analyte ion source, a mixing region where the gas-phase analyte ions and the odd-electron containing species are mixed at substantially atmospheric pressure to produce fragment ions of the analyte ions, a mass spectrometer having an entrance where at least a portion of the fragment ions are introduced into a vacuum of the mass spectrometer, and a detector in the mass spectrometer which determines a mass to charge ratio analysis of the fragment ions.
    • 用于质谱分析的分析物离子的碎裂方法和用于质谱的系统。 该方法产生气相分析物离子,与分析物离子分开产生含气相奇异电子物质,并在基本大气压条件下将气相分析离子和含奇异电子的物质混合,以在 引入质谱仪。 该系统包括气相分析物离子源,与气相分析物离子源分离的气相奇电子物质源,气相分析物离子和含奇异电子的物质混合的混合区域 在基本上大气压下产生分析物离子的碎片离子,质谱仪具有入口,其中至少一部分碎片离子被引入质谱仪的真空中,以及质谱仪中的检测器, 电荷比分析碎片离子。
    • 3. 发明申请
    • METHOD AND APPARATUS FOR ION FRAGMENTATION IN MASS SPECTROMETRY
    • 用于离子质谱分析的方法和装置
    • US20100288920A1
    • 2010-11-18
    • US12784532
    • 2010-05-21
    • Vladimir M. DoroshenkoVadym D. BerkoutAndrey Vilkov
    • Vladimir M. DoroshenkoVadym D. BerkoutAndrey Vilkov
    • H01J49/00B01D59/44
    • H01J49/0045
    • A method for fragmentation of analyte ions for mass spectroscopy and a system for mass spectroscopy. The method produces gas-phase analyte ions, produces gas-phase odd-electron containing species separately from the analyte ions, and mixes the gas-phase analyte ions and the odd-electron containing species at substantially atmospheric pressure conditions to produce fragment ions prior to introduction into a mass spectrometer. The system includes a gas-phase analyte ion source, a gas-phase odd-electron containing species source separate from the gas-phase analyte ion source, a mixing region where the gas-phase analyte ions and the odd-electron containing species are mixed at substantially atmospheric pressure to produce fragment ions of the analyte ions, a mass spectrometer having an entrance where at least a portion of the fragment ions are introduced into a vacuum of the mass spectrometer, and a detector in the mass spectrometer which determines a mass to charge ratio analysis of the fragment ions.
    • 用于质谱分析的分析物离子的碎裂方法和用于质谱的系统。 该方法产生气相分析物离子,与分析物离子分开产生含气相奇异电子物质,并在基本大气压条件下将气相分析离子和含奇异电子的物质混合,以在 引入质谱仪。 该系统包括气相分析物离子源,与气相分析物离子源分离的气相奇电子物质源,气相分析物离子和含奇异电子的物质混合的混合区域 在基本上大气压下产生分析物离子的碎片离子,质谱仪具有入口,其中至少一部分碎片离子被引入质谱仪的真空中,以及质谱仪中的检测器, 电荷比分析碎片离子。
    • 4. 发明授权
    • Method and apparatus for ion fragmentation in mass spectrometry
    • 离子质谱分离方法和装置
    • US07723676B2
    • 2010-05-25
    • US11959006
    • 2007-12-18
    • Andrey VilkovVladimir M. Doroshenko
    • Andrey VilkovVladimir M. Doroshenko
    • H01J49/00B01D59/44
    • H01J49/0045
    • A method for fragmentation of analyte ions for mass spectroscopy and a system for mass spectroscopy. The method produces gas-phase analyte ions, produces gas-phase radical species separately from the analyte ions, and mixes the gas-phase analyte ions and the radical species at substantially atmospheric pressure conditions to produce fragment ions prior to introduction into a mass spectrometer. The system includes a gas-phase analyte ion source, a gas-phase radical species source separate from the gas-phase analyte ion source, a mixing region where the gas-phase analyte ions and the radical species are mixed at substantially atmospheric pressure to produce fragment ions of the analyte ions, a mass spectrometer having an entrance where at least a portion of the fragment ions are introduced into a vacuum of the mass spectrometer, and a detector in the mass spectrometer which determines a mass to charge ratio analysis of the fragment ions.
    • 用于质谱分析的分析物离子的碎裂方法和用于质谱的系统。 该方法产生气相分析物离子,与分析物离子分开产生气相自由基物质,并在基本上大气压条件下将气相分析物离子和自由基物质混合,以便在引入质谱仪之前产生碎片离子。 该系统包括气相分析物离子源,与气相分析物离子源分离的气相自由基物质源,气相分析物离子和自由基物质在大气压下混合以产生 分析物离子的碎片离子,具有入口的质谱仪,其中至少一部分碎片离子被引入质谱仪的真空中;以及质谱仪中的检测器,其确定片段的质荷比分析 离子。