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    • 3. 发明授权
    • Method of analyzing multiple sample simultaneously by detecting absorption and systems for use in such a method
    • 通过检测吸收和同时使用这种方法的系统同时分析多个样品的方法
    • US06788414B1
    • 2004-09-07
    • US10070531
    • 2002-06-05
    • Edward S. YeungXiaoyi Gong
    • Edward S. YeungXiaoyi Gong
    • G01N2159
    • G01N30/95B01J2219/00522B01J2219/00585B01J2219/00659B01J2219/00707G01N21/253G01N21/31G01N27/44721G01N27/44782G01N30/74G01N30/466
    • The present invention provides a method of analyzing multiple samples simultaneously by absorption detection. The method comprises: (i) providing a planar array of multiple containers, each of which contains a sample comprising at least one absorbing species, (ii) irradiating the planar array of multiple containers with a light source and (iii) detecting absorption of light with a detetion means that is in line with the light source at a distance of at leaat about 10 times a cross-sectional distance of a container in the planar array of multiple containers. The absorption of light by a sample indicates the presence of an absorbing species in it. The method can further comprise: (iv) measuring the amount of absorption of light detected in (iii) indicating the amount of the absorbing species in the sample. Also provided by the present invention is a system for use in the abov metho.The system comprises; (i) a light source comrnpising or consisting essentially of at leaat one wavelength of light, the absorption of which is to be detected, (ii) a planar array of multiple containers, and (iii) a detection means that is in line with the light source and is positioned in line with and parallel to the planar array of multiple contiainers at a distance of at least about 10 times a cross-sectional distance of a container.
    • 本发明提供了通过吸收检测同时分析多个样品的方法。 该方法包括:(i)提供多个容器的平面阵列,每个容器包含包含至少一个吸收物质的样品,(ii)用光源照射多个容器的平面阵列,以及(iii)检测光的吸收 具有与多个容器的平面阵列中的容器的横截面距离的至少约10倍的距离与光源一致的检测装置。 样品对光的吸收表明其中存在吸收物质。 该方法还可以包括:(iv)测量在(iii)中检测到的光的吸收量,指示样品中吸收物质的量。 本发明还提供了一种在上述方法中使用的系统。 (i)光源,其包括或基本上由至少一个波长的光,其吸收被检测,(ii)多个容器的平面阵列,以及(iii)检测装置,其符合 光源并且与容器的横截面距离的至少约10倍的距离定位成与多个容器的平面阵列成直线并平行。
    • 7. 发明授权
    • Refractive index and absorption detector for liquid chromatography based
on Fabry-Perot interferometry
    • 基于法布里 - 珀罗干涉法的液相色谱折射率和吸收检测器
    • US4455089A
    • 1984-06-19
    • US460467
    • 1983-01-24
    • Edward S. YeungSteven D. Woodruff
    • Edward S. YeungSteven D. Woodruff
    • G01B9/02G01N21/05G01N21/45G01N30/74
    • G01N30/74G01N21/45G01N2030/746G01N21/05
    • A refractive index and absorption detector for liquid chromatography. It is based in part on a Fabry-Perot interferometer and is used for the improved detection of refractive index and absorption. It includes a Fabry-Perot interferometer having a normally fixed first partially reflecting mirror and a movable second partially reflecting mirror. A chromatographic flow-cell is positioned between the mirrors along the optical axis of a monochromatic laser beam passing through the interferometer. A means for deriving information about the interference fringes coming out of the interferometer is used with a mini-computer to compute the refractive index of the specimen injected into the flow cell. The minicomputer continuously scans the interferometer for continuous refractive index readings and outputs the continuous results of the scans on a chart recorder. The absorption of the specimen can concurrently be scanned by including a second optical path for an excitation laser which will not interfere with the first laser, but will affect the specimen so that absorption properties can be detected. By first scanning for the refractive index of the specimen, and then immediately adding the excitation laser and subsequently scanning for the refractive index again, the absorption of the specimen can be computed and recorded.
    • 液相色谱的折射率和吸收检测器。 它部分基于法布里 - 珀罗干涉仪,用于改进折射率和吸收的检测。 它包括具有通常固定的第一部分反射镜和可动第二部分反射镜的法布里 - 珀罗干涉仪。 色谱流动池位于通过干涉仪的单色激光束的光轴之间的反射镜之间。 与微型计算机一起使用用于导出关于从干涉仪出来的干涉条纹的信息的装置来计算注入到流动池中的样本的折射率。 小型计算机连续扫描干涉仪以获得连续折射率读数,并在图表记录仪上输出扫描的连续结果。 可以通过包括不会干扰第一激光的激发激光器的第二光路来同时扫描样品的吸收,但会影响样品,从而可以检测吸收特性。 首先扫描样品的折射率,然后立即加入激发激光,然后再次扫描折射率,可以计算和记录样品的吸收。