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    • 51. 发明授权
    • Mass spectrometer
    • 质谱仪
    • US06465779B2
    • 2002-10-15
    • US09968928
    • 2001-10-03
    • Yasuaki TakadaMinoru SakairiTakayuki NabeshimaYukiko HirabayashiHideaki Koizumi
    • Yasuaki TakadaMinoru SakairiTakayuki NabeshimaYukiko HirabayashiHideaki Koizumi
    • H01J4942
    • H01J49/067H01J49/04
    • A mass spectrometer comprising an ionization means for ionizing sample compounds to be analyzed mass spectroscopically in an atmospheric pressure, a sample solution supply means for supplying a solution containing the sample compounds to the ionization means, means for feeding the ions formed by the ionization means through an aperture disposed in an electrode into a vacuum region, and an ion trap type mass spectroscopic means for mass spectroscopically analyzing ions entered through the aperture into the vacuum region, in which an ion decelerating electric field forming means is disposed between the electrode disposed with the aperture and an electrode disposed with an ion entrance opening for entering the ions into the ion trap type mass spectroscopic means for forming an electric field for decelerating the ions, and the ions injected to the ion trap mass spectroscopic means is lowered. This facilitates accumulation ions in the ion trap mass spectralyzing means even if a high drift voltage is used thereby enabling high sensitivity analysis for polar compounds such as peptides.
    • 一种质谱仪,其特征在于,包括:离子化装置,用于在大气压下对质谱进行质谱分析的样品化合物进行离子化;将含有所述样品化合物的溶液供给到所述电离装置的样品溶液供给装置,将由所述电离装置形成的离子供给 将设置在电极中的孔设置在真空区域中,以及离子阱型质谱分析装置,用于对通过孔进入真空区域的离子进行质谱分析,其中离子减速电场形成装置设置在 孔和设置有离子入口的电极,用于将离子进入离子阱型质谱分析装置,用于形成用于使离子减速的电场,并且注入离子阱质谱分析装置的离子降低。 即使使用高漂移电压,这也有助于离子阱质谱分析手段中的积聚离子,从而能够对极性化合物如肽进行高灵敏度分析。
    • 52. 发明授权
    • Mass spectrometer
    • 质谱仪
    • US06316769B2
    • 2001-11-13
    • US09739217
    • 2000-12-19
    • Yasuaki TakadaMinoru SakairiTakayuki NabeshimaYukiko HirabayashiHideaki Koizumi
    • Yasuaki TakadaMinoru SakairiTakayuki NabeshimaYukiko HirabayashiHideaki Koizumi
    • H01J4942
    • H01J49/067H01J49/04
    • A mass spectrometer comprising an ionization means for ionizing sample compounds to be analyzed mass spectro-scopically in an atmospheric pressure, a sample solution supply means for supplying a solution containing the sample compounds to the ionization means, means for feeding the ions formed by the ionization means through an aperture disposed in an electrode into a vacuum region and a ion trap type mass spectroscopic means for mass spectroscopically analyzing ions entered through the aperture into the vacuum region, in which an ion decelerating electric field forming means is disposed between the electrode disposed with the aperture and an electrode disposed with an ion entrance opening for entering the ions into the ion trap type mass spectroscopic means for forming an electric field for decelerating the ions, and the ions injected to the ion trap mass spectroscopic means is lowered. This facilitates accumulation ions in the ion trap mass spectralyzing means even if a high drift voltage is used thereby enabling high sensitivity analysis for polar compounds such as peptides.
    • 一种质谱仪,其特征在于,包括:离子化装置,用于将大气压力分散分析的样品化合物离子化;将含有样品化合物的溶液供给到电离装置的样品溶液供给装置, 意味着通过设置在电极中的孔进入真空区域和离子阱型质谱分析装置,用于质谱分析通过孔进入真空区域的离子,其中离子减速电场形成装置设置在设置有 所述孔和电极设置有离子入口,用于将离子进入离子阱型质谱分析装置,用于形成用于使离子减速的电场,以及注入离子阱质谱分析装置的离子。 即使使用高漂移电压,这也有助于离子阱质谱分析手段中的积聚离子,从而能够对极性化合物如肽进行高灵敏度分析。
    • 54. 发明授权
    • Mass spectrometer
    • 质谱仪
    • US6011260A
    • 2000-01-04
    • US114945
    • 1998-07-14
    • Yasuaki TakadaMinoru SakairiTakayuki NabeshimaYukiko HirabayashiHideaki Koizumi
    • Yasuaki TakadaMinoru SakairiTakayuki NabeshimaYukiko HirabayashiHideaki Koizumi
    • G01N27/62H01J49/04H01J49/06H01J49/34H01J49/42
    • H01J49/067H01J49/04
    • A mass spectrometer comprising an ionization means for ionizing sample compounds to be analyzed mass spectro-scopically in an atmospheric pressure, a sample solution supply means for supplying a solution containing the sample compounds to the ionization means, means for feeding the ions formed by the ionization means through an aperture disposed in an electrode into a vacuum region, and anion trap type mass spectroscopic means for mass spectroscopically analyzing ions entered through the aperture into the vacuum region, in which an ion decelerating electric field forming means is disposed between the electrode disposed with the aperture and an electrode disposed with an ion entrance opening for entering the ions into the ion trap type mass spectroscopic means for forming an electric field for decelerating the ions, and the ions injected to the ion trap mass spectroscopic means is lowered. This facilitates accumulation ions in the ion trap mass spectralyzing means even if a high drift voltage is used thereby enabling high sensitivity analysis for polar compounds such as peptides.
    • 一种质谱仪,其特征在于,包括:离子化装置,用于将大气压力分散分析的样品化合物离子化;将含有样品化合物的溶液供给到电离装置的样品溶液供给装置, 意味着通过设置在电极中的孔进入真空区域,以及阴离子阱型质谱分析装置,用于质谱分析通过孔进入真空区域的离子,其中离子减速电场形成装置设置在设置有 所述孔和电极设置有离子入口,用于将离子进入离子阱型质谱分析装置,用于形成用于使离子减速的电场,以及注入离子阱质谱分析装置的离子。 即使使用高漂移电压,这也有助于离子阱质谱分析手段中的积聚离子,从而能够对极性化合物如肽进行高灵敏度分析。
    • 56. 发明申请
    • Mass spectrometer
    • 质谱仪
    • US20070023648A1
    • 2007-02-01
    • US11517334
    • 2006-09-08
    • Takashi BabaHiroyuki SatakeYasuaki Takada
    • Takashi BabaHiroyuki SatakeYasuaki Takada
    • H01J49/28
    • H01J49/145H01J49/0095H01J49/063
    • A mass spectrometer having an ion source section capable of creating positive ions and negative ions at high efficiency. The ion source is comprised of an ion source section for creating ions of a sample gas, a mass spectrometric section for conducting mass separation of created ions, linear RF generating multipole electrodes, magnetic fields generation means, a sample gas introduction system, a reaction gas introduction system and an electron source in which the linear RF generating multipole electrodes generate linear RF multipole electric fields. A static magnetic fields is applied in parallel on the center axis where the linear RF multipole electric fields are zero. A sample gas and a reagent gas are introduced into the ion source section. Electrons are injected for creating reaction of the positive ions or negative ions.
    • 具有能够以高效率产生正离子和负离子的离子源部的质谱仪。 离子源包括用于产生样品气体的离子的离子源部分,用于导出所产生的离子的质量分离的质谱部分,线性RF产生多极电极,磁场产生装置,样品气体引入系统,反应气体 引入系统和电子源,其中线性RF产生多极电极产生线性RF多极电场。 在线性RF多极电场为零的中心轴上并行施加静态磁场。 样品气体和反应气体被引入离子源部分。 注入电子以产生正离子或负离子的反应。
    • 57. 发明申请
    • Mass spectrometer
    • 质谱仪
    • US20050258354A1
    • 2005-11-24
    • US11126218
    • 2005-05-11
    • Takashi BabaHiroyuki SatakeYasuaki Takada
    • Takashi BabaHiroyuki SatakeYasuaki Takada
    • G01N27/62H01J49/06H01J49/10H01J49/26H01J49/42
    • H01J49/145H01J49/0095H01J49/063
    • A mass spectrometer having an ion source section capable of creating positive ions and negative ions at high efficiency. The ion source is comprised of an ion source section for creating ions of a sample gas, a mass spectrometric section for conducting mass separation of created ions, linear RF generating multipole electrodes, magnetic fields generation means, a sample gas introduction system, a reaction gas introduction system and an electron source in which the linear RF generating multipole electrodes generate linear RF multipole electric fields. A static magnetic fields is applied in parallel on the center axis where the linear RF multipole electric fields are zero. A sample gas and a reagent gas are introduced into the ion source section. Electrons are injected for creating reaction of the positive ions or negative ions.
    • 具有能够以高效率产生正离子和负离子的离子源部的质谱仪。 离子源包括用于产生样品气体的离子的离子源部分,用于导出所产生的离子的质量分离的质谱部分,线性RF产生多极电极,磁场产生装置,样品气体引入系统,反应气体 引入系统和电子源,其中线性RF产生多极电极产生线性RF多极电场。 在线性RF多极电场为零的中心轴上并行施加静态磁场。 样品气体和反应气体被引入离子源部分。 注入电子以产生正离子或负离子的反应。
    • 60. 发明授权
    • Mass spectrometer
    • 质谱仪
    • US06180941B2
    • 2001-01-30
    • US09447578
    • 1999-11-23
    • Yasuaki TakadaMinoru SakairiTakayuki NabeshimaYukiko HirabayashiHideaki Koizumi
    • Yasuaki TakadaMinoru SakairiTakayuki NabeshimaYukiko HirabayashiHideaki Koizumi
    • H01J4942
    • H01J49/067H01J49/04
    • A mass spectrometer comprising an ionization means for ionizing sample compounds to be analyzed mass spectro-scopically in an atmospheric pressure, a sample solution supply means for supplying a solution containing the sample compounds to the ionization means, means for feeding the ions formed by the ionization means through an aperture disposed in an electrode into a vacuum region, and an ion trap type mass spectroscopic means for mass spectroscopically analyzing ions entered through the aperture into the vacuum region, in which an ion decelerating electric field forming means is disposed between the electrode disposed with the aperture and an electrode disposed with an ion entrance opening for entering the ions into the ion trap type mass spectroscopic means for forming an electric field for decelerating the ions, and the ions injected to the ion trap mass spectroscopic means is lowered. This facilitates accumulation ions in the ion trap mass spectralyzing means even if a high drift voltage is used thereby enabling high sensitivity analysis for polar compounds such as peptides.
    • 一种质谱仪,其特征在于,包括:离子化装置,用于将大气压力分析分析的样品化合物离子化;将含有样品化合物的溶液供给到电离装置的样品溶液供给装置, 意味着通过设置在电极中的孔进入真空区域,以及离子阱型质谱分析装置,用于质谱分析通过孔进入真空区域的离子,其中离子减速电场形成装置设置在设置的电极之间 其中所述孔和电极设置有离子入口,用于将离子进入离子阱型质谱分析装置,用于形成用于使离子减速的电场,并且注入离子阱质谱分析装置的离子降低。 即使使用高漂移电压,这也有助于离子阱质谱分析手段中的积聚离子,从而能够对极性化合物如肽进行高灵敏度分析。