Evaluation of the surface quality of spun materials using topothesy

T. Błachowicz, Michał Koruszowic
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Abstract

Topothesy and fractal dimensions were calculated for poly(acrylonitrile) (PAN) nanofibers mats obtained by electrospinning. These methods enable quantitatively describing and thus comparing solid-state surfaces and detecting fabric errors. The obtained variety of structural properties results from different substrates and after-treatments, e.g. stabilization and carbonization. The change in spatial morphology was reported for different magnification of images obtained with the use of Helium Ion Microscopy (HIM).
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用拓扑学评价纺丝材料的表面质量
对静电纺丝法制备的聚丙烯腈(PAN)纳米纤维进行了拓扑和分形维数计算。这些方法能够定量地描述和比较固态表面并检测织物误差。所获得的各种结构性能是由不同的底物和后处理引起的,例如稳定化和碳化。利用氦离子显微镜(he)获得不同倍率的图像,报道了空间形态的变化。
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