Characterization of Self-Contamination from PVA Roll Brush with Atomic Force Microscopy and Fluorescent Microscopy

S. Shima, Satomi Hamada, C. Takatoh, Y. Wada, A. Fukunaga, Hiroshi Sobukawa
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Abstract

We have found three suspected self-contamination sources from PVA brushes using high resolution AFM imaging and fluorescence microscopy. The first source is thin layers on the surface of the fresh (not used) PVA brushes. The second source is a weariness of the brush surface during the cleaning process. The third source is the particles embedded in the bulk region (inside) of the brushes. We have not yet identified the right source of contamination. In addition, the stripe like nano-structure is firstly observed in the bulk region of PVA brush both with AFM lateral force and viscoelastic measuring mode. We need to perform further precise studies to comprehend contamination phenomena during cleaning.
原子力显微镜和荧光显微镜对PVA滚刷自污染的表征
我们使用高分辨率AFM成像和荧光显微镜从PVA刷中发现了三个可疑的自污染源。第一个来源是新鲜(未使用的)PVA刷子表面的薄层。第二个来源是在清洁过程中刷子表面的疲劳。第三个来源是嵌入在刷子的大块区域(内部)的颗粒。我们还没有确定正确的污染源。此外,在AFM横向力和粘弹性测量模式下,首次在PVA电刷体区观察到条纹状纳米结构。我们需要进行进一步的精确研究,以了解清洁过程中的污染现象。
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