讨论了打浆度对新闻纸物理性能的影响。
The effect of beating degrees on physical properties of newsprint is deeply discussed.
本文就比能量控制打浆度的数字模型进行了分析研究。
This paper analyses the digital model for power-controlled pulp-beating degree.
麦草浆的各项物理强度开始随着打浆度的升高呈现先上升后下降的趋势。
With the increase of beating degree of pulp, the physical strength of wheat straw pulp presented earlier increase and later decrease trend.
实验表明：基于有效打浆功率的比能模型用于中浓打浆打浆度预测是可行的。
The model based on net power and specific energy can be used to predict pulp beating degree.
提高打浆度和增大湿压对纸页抗张强度的提高主要是纤维相对结合面积增大的结果。
The results showed refining has no effect on shear bond strength and wet pressing can improve shear bond strength slightly, the increase oft…
打浆度（或游离度）、静态滤水时间、动态比过滤阻力、滤水曲线是评价纸浆滤水性能的几种方法。
It is very important to evaluate the filtration performance of pulp accurately and quickly for monitoring and optimizing pulping and paper making process.
阳离子瓜耳胶应用于卷烟纸浆加碳酸钙系统的研究结果表明，0.1%的CGG用量时，打浆度下浆最多。
In another system composed of cigarette pulp and CaCOs the best drainage effect was obtained at a dosage of 0.1 % of CGG.
本文研究了脱墨浆(DIP)、漂白化学预热机械浆(BCTMP)与硫酸盐浆(KP)在不同打浆度下配抄新闻纸的状况。
In this paper, deinked pulp (DIP) and bleached chemi thermomechanical pulp (BCTMP) with kraft pulp (KP) used to make newsprint at different beating degrees are researched.
为了得到稳定的成浆质量，采用基于软测量模型，适当调节浓缩机浆位、出口浓度、盘磨机功率的策略，实现了打浆度、湿重的稳定控制。
With the soft sensor we developed, stable control of high-consistence refined-pulp quality is achieved by adjusting concentrator level, pulp consistence and disc refiner power properly.
本文从控制打浆度、筛除细小纤维、丝光化处理、酸处理海泡石、加入助剂、干燥和压榨等方面讨论了提高海泡石配抄植物纤维生产滤纸质量的措施。
Measures for improving the quality of filter paper are discussed in terms of beating degree, fines removal, mercerization treatment, sepiolite acid treatment, additives addition, drying and pressing.
本文从控制打浆度、筛除细小纤维、丝光化处理、酸处理海泡石、加入助剂、干燥和压榨等方面讨论了提高海泡石配抄植物纤维生产滤纸质量的措施。
Measures for improving the quality of filter paper are discussed in terms of beating degree, fines removal, mercerization treatment, sepiolite acid treatment, additives addition, drying and pressing.
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