A mirror for a spectrophotometer
    1.
    发明公开
    A mirror for a spectrophotometer 失效
    SpiegelfürSpektrophotometer。

    公开(公告)号:EP0122364A1

    公开(公告)日:1984-10-24

    申请号:EP84100296.7

    申请日:1982-01-11

    Abstract: A mirror (20) for a spectrophotometer has a slit (30), reflective portions (32) and transparent portions (34). When the mirror is illuminated from one side, light passes through the slit (30) and transparent portions (34) to a first location, and some light is reflected by the portions (32) to a second location. Similarly, when the mirror is illuminated from the other side, some light passes through the slit (30) and transparent portions (34) to the second location, and some light is reflected by the portions (32) to the first location.

    Abstract translation: 用于分光光度计的反射镜(20)具有狭缝(30),反射部分(32)和透明部分(34)。 当镜子从一侧照射时,光线通过狭缝30和透明部分34到达第一位置,并且一些光被部分32反射到第二位置。 类似地,当反射镜从另一侧照射时,一些光通过狭缝30和透明部分34到达第二位置,并且一些光被部分32反射到第一位置。

    An optical system for a spectrophotometer
    2.
    发明公开
    An optical system for a spectrophotometer 失效
    Optisches Systemfürein Spektrophotometer。

    公开(公告)号:EP0059025A1

    公开(公告)日:1982-09-01

    申请号:EP82300121.9

    申请日:1982-01-11

    Abstract: The system is provided with a first branch (10, 12) and a second branch (14) which receive light from a sample and reference target respectively. A shutter (22) sequentially allows light from the two branches to pass to a mirror (20) having a slit (30), reflective portions (32) and transparent portions (34). Light from the first branch passes through portions (30) and (34) to a detecting branch (42, 46, 50-56) and some light is reflected through a lens (16) to eye piece (19). Similarly some light from the second branch passes through mirror (30) and (34) to eye piece (19) and some light is reflected to the detecting branch. Accordingly the measunngfield can be accurately identified by looking through the eye piece (19) whilst at the same time light is directed to the detecting branch for analysis.

    Abstract translation: 该系统设置有分别从样本和参考目标接收光的第一分支(10,12)和第二分支(14)。 快门(22)顺序地允许来自两个分支的光通过具有狭缝(30),反射部分(32)和透明部分(34)的反射镜(20)。 来自第一分支的光通过通路部分(30)和(34)到检测分支(42,46,50-56),并且一些光通过透镜(16)反射到眼睛部件(19)。 类似地,来自第二分支的一些光通过反射镜(30)和(34)到眼片(19),并且一些光被反射到检测分支。 通过观察眼片(19)可以准确地识别测量区域,同时将光线定向到检测支路进行分析。

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