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Microstructuring of UV-transparent functionalised films on glass by excimer laser irradiation

机译:准分子激光辐照在玻璃上的紫外线透明功能化膜的微结构

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摘要

KrF excimer laser irradiation was used to remove organic moieties from UV-transparent films of organosilanes on borosilicate glass. High-resolution patterns with different functional groups on glass were obtained by a combination of laser modification and silanisation steps. The local material modification near the ablation threshold of glass was investigated by white light interference microscopy. Change in chemical properties of irradiated surface areas were studied by fluorescence microscopy after an appropriate dying of exposed samples. From the results, the domination of thermo-chemical effects induced by the laser irradiation is derived. Finally, an example is given how the patterned organosilane films can be applied to influence cell growth on glass.
机译:用KrF准分子激光辐射从硼硅酸盐玻璃上的有机硅烷的紫外线透明膜中除去有机部分。通过激光改性和硅烷化步骤的组合获得了在玻璃上具有不同官能团的高分辨率图案。通过白光干涉显微镜研究了玻璃的烧蚀阈值附近的局部材料改性。经过适当染色的裸露样品后,通过荧光显微镜研究了被辐照表面化学性质的变化。从结果得出由激光辐照引起的热化学效应的支配性。最后,给出一个例子,说明如何将图案化的有机硅烷膜应用于影响玻璃上的细胞生长。

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