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The apparatus of the particles tracking analysis with the aid of scattered light (pta) and to detect and characterization of particles in liquids of all kinds in the order of nanometers

机译:借助散射光(pta)进行颗粒跟踪分析的设备,该设备可以检测和表征各种类型的纳米级液体中的颗粒

摘要

The apparatus for detecting and characterization of particles (23) in liquids of all kinds in the order of nanometers of a suspension in a cell wall (9) with the following features:a) a cell wall (9) with a rectangular cross section of a black glass with sintered optical windows (11) is on a longitudinal surface and an adjacent transverse surface with an l-shaped heating and cooling element (1), wherein the cell wall (9) on the transverse surface on a support pedestal (2) of the via vibration damper (4) is mounted in a defined,b) the cell wall (9) is attached to the transverse surface, which the transverse surface of which the supports of the cell wall (9) forms, with respect to, in the center of an irradiation device by means of an optical window glass (11) is irradiated and in the right angle to the optical axis of the irradiation device by means of a further optical window glass (11) from an observation device (6, 6a) is observed,c) of the common focus of the irradiation device and the focus of the observation device are, by motor via the spatial inner region of the cell wall (9) in an arbitrary point can be moved by a control device,d) the surface of the cell wall (9) the the optical window glass (11) through which the irradiation device, with respect to, has, in the middle, a further optical window glass (11), wherein this surface of said cell (9) from the outside of a same nano-carbon-layer (5) is covered,e), the surface of the cell wall (9) in which the optical window glass (11) through which the optical axis of the observation device, is located, is formed by two thermistors (8) is monitored with respect to their temperature.
机译:用于检测和表征细胞壁(9)中悬浮液的纳米级数量级的各种液体中的颗粒(23)的设备,具有以下特征:a)具有矩形横截面的细胞壁(9)具有烧结的光学窗口的黑色玻璃(11)在纵向表面和相邻的横向表面上具有l形加热和冷却元件(1),其中,在横向表面上的单元壁(9)在支撑基座(2)上)将通孔减振器(4)的顶部安装在一个特定的空间中,b)单元壁(9)固定在横向表面上,该横向表面相对于单元壁(9)的支撑形成然后,借助于来自观察装置(6)的另一个光学窗玻璃(11),在辐照装置的中心通过光学窗玻璃(11)辐照并与辐照装置的光轴成直角。 ,6a),c)照射装置的共同焦点观察装置的焦点是,通过马达通过隔室壁(9)在任意点的空间内部区域可以通过控制装置移动,d)隔室壁(9)的表面是光学窗玻璃(11),辐照装置通过其在中间具有另一个光学窗玻璃(11),其中,所述电池(9)的该表面从同一纳米碳层(5)的外部覆盖)),e),通过两个热敏电阻(8)来监视其中观察装置的光轴所位于的光学窗玻璃(11)所形成的单元壁(9)的表面。到他们的温度。

著录项

  • 公开/公告号DE202014004218U1

    专利类型

  • 公开/公告日2014-07-10

    原文格式PDF

  • 申请/专利权人 PARTICLE METRIX GMBH;

    申请/专利号DE202014004218U1

  • 发明设计人

    申请日2014-05-19

  • 分类号G01N15/02;

  • 国家 DE

  • 入库时间 2022-08-21 15:36:54

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