Physical properties measurement on nanofiber images

J. Horcicka
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Abstract

This paper deals with an automatic measurement of nanofiber properties on digital images. Nanofibers are manufactured by electrospinning method with diameters in the range of one or two orders magnitude smaller than conventional textile fibers. Individual algorithms and functions suitably use instruments of computer image processing. A first parameter filling is defined by a ratio of a fiber area and a whole area. Next two parameters are a fiber radius and a hole size. Measured values are converted to the real-world units by using an included scale. Obtained information can be used for determining property as e.g. filtration ability of inspected nanofiber material.
纳米纤维图像的物理特性测量
本文研究了一种在数字图像上自动测量纳米纤维性能的方法。纳米纤维是用静电纺丝法制造的,其直径比传统纺织纤维小一到两个数量级。个别算法和函数适当地使用计算机图像处理工具。第一参数填充由纤维面积与整个面积的比率来定义。接下来的两个参数是光纤半径和孔尺寸。测量值通过使用包含的刻度转换为实际单位。所获得的信息可用于确定被检测纳米纤维材料的性能,例如过滤能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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