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    • 3. 发明授权
    • Thermal control for capillary electrophoresis apparatus
    • 毛细管电泳仪的热控制
    • US5066382A
    • 1991-11-19
    • US470280
    • 1990-01-25
    • Scot R. WeinbergerJames L. Mills
    • Scot R. WeinbergerJames L. Mills
    • G01N27/447
    • G01N27/44721G01N27/44704G01N27/44708
    • An electrophoresis instrument includes a capillary tube mounted in an air cooled cartridge. The cartridge also supports a spherical lens which is part of the optical detection apparatus. The cartridge rests in a manifold which includes the sample and buffer reservoirs. The temperature of the capillary tube is controlled by measuring the electrical resistance of the capillary tube during the electrophoresis process and then cooling or heating the cartridge by circulating temperature controlled air over the tube. The optical path associated with the instrument is a fiber optic bundle bifurcated close to dual detectors into a reference arm and a sample arm so as to provide similar reference and sample optical paths. The instrument may be used for temperature control for gradient electrophoresis and also, a neutral marker for determining electro-osmotic flow may be detected.
    • 电泳仪包括安装在空气冷却筒中的毛细管。 墨盒还支持作为光学检测装置的一部分的球面透镜。 墨盒位于包含样品和缓冲液储存器的歧管中。 通过在电泳过程中测量毛细管的电阻,然后通过将温度受控的空气循环通过管冷却或加热来控制毛细管的温度。 与仪器相关联的光路是将近双重检测器分叉到参考臂和样品臂中的光纤束,以便提供相似的参考和样品光路。 该仪器可用于梯度电泳的温度控制,并且还可以检测用于确定电渗流的中性标记。
    • 4. 发明授权
    • Air cooled cartridge for capillary electrophoresis
    • 用于毛细管电泳的空气冷却筒
    • US5037523A
    • 1991-08-06
    • US470209
    • 1990-01-25
    • Scot R. WeinbergerThomas W. HoppeElia R. Tarantino
    • Scot R. WeinbergerThomas W. HoppeElia R. Tarantino
    • G01N27/447
    • G01N27/44708G01N27/44721
    • An electrophoresis instrument includes a capillary tube mounted in an air cooled cartridge. The cartridge also supports a spherical lens which is part of the optical detection apparatus. The cartridge rests in a manifold which includes the sample and buffer reservoirs. The temperature of the capillary tube is controlled by measuring the electrical resistance of the capillary tube during the electrophoresis process and then cooling or heating the cartridge by circulating temperature controlled air over the tube. The optical path associated with the instrument is a fiber optic bundle bifurcated close to dual detectors into a reference arm and a sample arm so as to provide similar reference and sample optical paths. The instrument may be used for temperature control for gradient electrophoresis and also, a neutral marker for determining electro-osmotic flow may be detected.
    • 电泳仪包括安装在空气冷却筒中的毛细管。 墨盒还支持作为光学检测装置的一部分的球面透镜。 墨盒位于包含样品和缓冲液储存器的歧管中。 通过在电泳过程中测量毛细管的电阻,然后通过将温度受控的空气循环通过管冷却或加热来控制毛细管的温度。 与仪器相关联的光路是将近双重检测器分叉到参考臂和样品臂中的光纤束,以便提供相似的参考和样品光路。 该仪器可用于梯度电泳的温度控制,并且还可以检测用于确定电渗流的中性标记。
    • 5. 发明授权
    • Secondary ion generator detector for time-of-flight mass spectrometry
    • 二次离子发生器检测器,用于飞行时间质谱
    • US06294790B1
    • 2001-09-25
    • US09158747
    • 1998-09-22
    • Scot R. Weinberger
    • Scot R. Weinberger
    • G01K108
    • H01J49/025
    • An ion detector includes a secondary charged particle generator that generates secondary charged particles in response to primary ions that engage the secondary charged particle generator. The secondary charged particle generator has an electrostatic potential that repels the secondary charged particles toward an electro-emissive detector that generates electrons in response to primary ions and secondary charged particles that engage the electro-emissive detector The electro-emissive detector has a field that attracts the secondary charged particles. An anode is provided for detecting electrons generated by the electro-emissive detector and for generating a signal.
    • 离子检测器包括次级带电粒子发生器,其响应于与次级带电粒子发生器接合的初级离子产生次级带电粒子。 二次带电粒子发生器具有将次级带电粒子排斥到电发射检测器的静电电位,电子发射检测器响应于接合电子发射检测器的初级离子和二次带电粒子而产生电子。电子发射检测器具有吸引 二次带电粒子。 提供阳极用于检测由电子发射检测器产生的电子并产生信号。
    • 6. 发明授权
    • Remote optical path for capillary electrophoresis instrument
    • 用于毛细管电泳仪的远程光路
    • US5021646A
    • 1991-06-04
    • US470287
    • 1990-01-25
    • Scot R. WeinbergerThomas W. Hoppe
    • Scot R. WeinbergerThomas W. Hoppe
    • G01N27/447
    • G01N27/44721G01N27/44708
    • An electrophoresis instrument includes a capillary tube mounted in an air cooled cartridge. The cartridge also supports a spherical lens which is part of the optical detection apparatus. The cartridge rests in a manifold which includes the sample and buffer reservoirs. The temperature of the capillary tube is controlled by measuring the electrical resistance of the capillary tube during the electrophoresis process and then cooling or heating the cartridge by circulating temperature controlled air over the tube. The optical path associated with the instrument is a fiber optic bundle bifurcated close to dual detectors into a reference arm and a sample arm so as to provide similar reference and sample optical paths. The instrument may be used for controlling temperature in gradient electrophoresis and detecting neutral markers in determining electro-osmotic flow.
    • 电泳仪包括安装在空气冷却筒中的毛细管。 墨盒还支持作为光学检测装置的一部分的球面透镜。 墨盒位于包含样品和缓冲液储存器的歧管中。 通过在电泳过程中测量毛细管的电阻,然后通过将温度受控的空气循环通过管冷却或加热来控制毛细管的温度。 与仪器相关联的光路是将近双重检测器分叉到参考臂和样品臂中的光纤束,以便提供相似的参考和样品光路。 该仪器可用于控制梯度电泳中的温度和检测中性标记物以确定电渗流。
    • 8. 发明授权
    • Laser optical bench for laser desorption ion sources and method of use thereof
    • 用于激光解吸离子源的激光光学台及其使用方法
    • US06707031B1
    • 2004-03-16
    • US09568745
    • 2000-05-11
    • Scot R. WeinbergerRaymond G. Bryan
    • Scot R. WeinbergerRaymond G. Bryan
    • H01J4900
    • H01J49/164
    • A laser optical bench for use with a laser desorption/ionization mass spectrometer. The laser optical bench includes a laser for producing light, a focusing structure that receives light from the laser and focuses predominantly in a single plane, an attenuator that receives light from the focusing structure, beam steering structure for directing light from the attenuator from the target; and a final focusing element for focusing light from the beam steering structure on the target. Further focusing elements may be included for further focusing and dispersing the light beam in different planes. Additionally, photodetectors or photodiodes may be included for energy measurement and sensing a lasing event.
    • 用于激光解吸/电离质谱仪的激光光台。 激光光学平台包括用于产生光的激光器,聚焦结构,其接收来自激光器的光并主要聚焦在单个平面中;衰减器,其接收来自聚焦结构的光;光束转向结构,用于引导来自目标的衰减器的光 ; 以及用于将来自光束转向结构的光聚焦在目标上的最终聚焦元件。 可以包括另外的聚焦元件用于进一步聚焦和将光束分散在不同的平面中。 此外,可以包括光电检测器或光电二极管用于能量测量和感测激光事件。
    • 10. 发明授权
    • Automated neutral marker for capillary electrophoresis
    • 用于毛细管电泳的自动中性标记
    • US5053115A
    • 1991-10-01
    • US470202
    • 1990-01-25
    • Scot R. WeinbergerLouis Hlousek
    • Scot R. WeinbergerLouis Hlousek
    • G01N27/447
    • G01N27/44721G01N27/44704G01N27/44708
    • An electrophoresis instrument includes a capillary tube mounted in an air cooled cartridge. The cartridge also supports a spherical lens which is part of the optical detection apparatus. The cartridge rests in a manifold which includes the sample and buffer reservoirs. The temperature of the capillary tube is controlled by measuring the electrical resistance of the capillary tube during the electrophoresis process and then cooling or heating the cartridge by circulating temperature controlled air over the tube. The optical path associated with the instrument is a fiber optic bundle bifurcated close to dual detectors into a reference arm and a sample arm so as to provide similar reference and sample optical paths. The instrument may be used for temperature control for gradient electrophoresis and also, a neutral marker for determining electro-osmotic flow may be automatically detected.
    • 电泳仪包括安装在空气冷却筒中的毛细管。 墨盒还支持作为光学检测装置的一部分的球面透镜。 墨盒位于包含样品和缓冲液储存器的歧管中。 通过在电泳过程中测量毛细管的电阻,然后通过将温度受控的空气循环通过管冷却或加热来控制毛细管的温度。 与仪器相关联的光路是将近双重检测器分叉到参考臂和样品臂中的光纤束,以便提供相似的参考和样品光路。 该仪器可用于梯度电泳的温度控制,并且可以自动检测用于确定电渗流的中性标记。