Calibration and validation of the mini-fiber EC image analysis instrument mean fiber diameter through direct or primary measurements

Eduardo Frank, EN Hick, M. Castillo, Gaut Mc, RH Mamani-Cato
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Abstract

The Minifiber EC (MFEC) is a portable instrument for measuring the diameter of animal fibers. Its accuracy and precision have been estimated but by comparing its measurements with those of laboratory devices that had been calibrated on other devices in turn, not on a direct or primary measure of diameter. This work attempts to test direct measurements by gravimetry, Vernier mini caliper, microscope and the classic microprojector, using a non-deformable, high resistance synthetic fiber (Kevlar) for direct measurement. The MFEC instrument is calibrated with each mean fiber diameter obtained in direct measurements and its results are compared. The conclusions drawn are that it is possible to calibrate the MFEC instrument with direct measurements on Kevlar and measurement accuracy or tolerance of 0.28 microns is obtained. This indicates a very low biased mean fiber diameter measurement by MFEC.
通过直接或初步测量,对微型光纤EC图像分析仪器的平均光纤直径进行校准和验证
微型纤维EC (MFEC)是一种便携式动物纤维直径测量仪器。它的准确性和精密度是通过与实验室设备的测量结果进行比较来估计的,这些设备是在其他设备上依次校准的,而不是直接或主要的直径测量。这项工作试图测试直接测量重力,游标微型卡尺,显微镜和经典的微型投影仪,使用不可变形,高电阻合成纤维(凯夫拉)直接测量。用直接测量得到的光纤平均直径对MFEC仪器进行了标定,并对其结果进行了比较。得出的结论是,直接测量凯夫拉纤维可以校准MFEC仪器,测量精度或公差为0.28微米。这表明MFEC测量的平均光纤直径偏差非常低。
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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