In this paper,damage theory is initially introduced into the study of recycled fiber damage.
本文首次将损伤理论引入回用纸页损伤研究中。
In this work the effect of the microparticle retention on paper strength was also studied,it shows tha.
此外,在相同条件下,该体系能在快滤水和填料等细小物质高留着的前提下,保持较高的纸页强度性能。
The relationships among RBA,tensile strength,light scattering coefficient,sheet density and FI were investigated too.
论述了纤维柔软度和纸页相对结合面积(Relative bonded area,RBA)的计算测量方法,并比较了它们的优缺点,同时对RBA、抗张强度、光散射系数、纸页密度和纤维柔软度的相关性进行了探讨。
The results show that the dissolved substanees in DCS will decrease the sheet strengthes and the colloidel substances in DCS will effect the water absorption and air resistance of the sheet.
结果认为:浆水中的溶解物是降低纸页强度的主要成分,浆水中的胶体物则对纸页的吸水性和透气度有重要影响。
Addition of fines to a chemical pulp significantly improves sheet consolidation and many dry sheet strength properties.
加入细料到化学浆中可大大提高纸页紧度和许多干纸页强度性质。