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A new method for measuring RBA applied to the Page equation for the tensile strength of paper

机译:应用于页面抗张强度的Page方程的一种新的RBA测量方法

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摘要

The Page equation is the most widely used equation to predict the tensile strength of paper. In this paper, the derivation of the Page equation is examined critically and a modified Page equation is proposed based on a newly developed method to calculate the relative bonded area from sheet density and fibre shape. The predictions of the original and modified Page equations were then tested against twelve sets of sheets made from different unbleached, never dried radi-ata pine kraft pulps. The bond strength was used as a fitting parameter. The best fit bond strengths varied so widely as to make it impossible to use either the original or modified Page equation to predict tensile strength, without prior knowledge of the bond strength applicable to that data set.
机译:Page方程是预测纸的抗张强度最广泛使用的方程。本文对Page方程的推导进行了严格的检验,并基于新开发的方法提出了一种改进的Page方程,以根据片材密度和纤维形状计算相对粘结面积。然后针对由不同的未漂白,从未干燥的辐射状松树牛皮纸浆制成的十二组纸页,测试了原始和修改后的Page方程的预测。结合强度用作拟合参数。最佳拟合的粘结强度变化很大,以致在没有适用于该数据集的粘结强度的先验知识的情况下,无法使用原始或修改后的Page方程来预测拉伸强度。

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