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Fluorescent Staining Technique for Visualizing Thin Films

机译:可视化薄膜的荧光染色技术

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摘要

Thin films can be observed by various microscopic interference techniques. Unfortunately these methods provide only a limited indication of the film coverage especially on irregular surfaces. Most films are invisible to more convention microscopy. By using a very simple staining technique, these films can be clearly observed by fluorescent microscopy. The technique is applicable to almost any polymeric film on any inorganic surface. This technique was applied to a variety of xerographic carriers to visualize the coating. Changes in processing can be clearly observed. Film thickness down to hundreds of angstroms can be readily observed. Thin discrete films become apparent in this technique and it is ideal for observing powder-coating processes. The technique is applicable to a variety of other applications involving thin films on small irregular surfaces. The technique was used to measure the coating available for charging on a carrier surface. The carrier charge was proportional to the fluorescent intensity of the polymer on the surface and not the total amount of polymer present.
机译:可以通过各种微观干涉技术观察薄膜。不幸的是,这些方法仅提供有限的膜覆盖率指示,特别是在不规则表面上。大多数电影在常规显微镜下是看不见的。通过使用非常简单的染色技术,可以通过荧光显微镜清楚地观察到这些薄膜。该技术适用于任何无机表面上的几乎所有聚合物薄膜。将该技术应用于各种静电印刷载体以使涂层可视化。可以清楚地观察到加工过程中的变化。可以容易地观察到低至数百埃的膜厚。离散的薄膜在这种技术中变得很明显,是观察粉末喷涂过程的理想选择。该技术可应用于涉及小的不规则表面上的薄膜的各种其他应用。该技术用于测量可用于在载体表面上充电的涂层。载流子电荷与表面上聚合物的荧光强度成正比,而不与存在的聚合物总量成正比。

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