纸张纤维,Fiber,在线英语词典,英文翻译,专业英语

1) Fiber

纸张纤维

Application of Micro-indentation Techniques in the Fiber Properties Study;

将微压入测试方法应用于对纸张纤维强度及纤维之间结合强度的测试是一种行之有效的方法,通过对被测纤维及纤维之间结合部位的载荷位移关系曲线的分析,可以计算出纤维及结合点处的弹性模量和弹性接触刚度,这种测试方法为进一步研究纤维性能与纸张性能之间的关系打下基础。

2) paper

纸张

A three-dimensional evaluation of the apparent smoothness of paper;

纸张表观平滑度的三维评价

Investigation into the physical property and surface structure of AAL-TDI-PENpolyurethane treated paper;

乙酸木素-TDI-PEG聚氨酯化纸张物理性能和表面结构的研究

3) paper properties

纸张性能

Effects of white water treatement on the paper properties of mechanical pulp;

白水处理对机械浆纸张性能的影响效果

4) pH of paper

纸张pH值

The pH of paper and the pH of dampening liquid also have remarkable influence.

因此,本文就纸张和润湿液的pH值对印刷质量的影响,和印刷中所需的最佳pH值,以及纸张pH值和润湿液pH值之间的相互关系加以探讨。

5) paper dyeing

纸张染色

6) paper strength

纸张强度

The relationship between the properties of montmorillonite and its m icroparticle retention effects on furnish together with the necessity of develop ing montmorillonite-based microparticle retention system, the factors affecting the application of it and the effects of using the microparticle system on rosi n sizing and paper strength was discussed.

论述了开发蒙脱石微粒助留体系的必要性、蒙脱石性质和来源对其微粒助留作用的影响、影响蒙脱石微粒助留作用的因素和采用蒙脱石微粒助留体系时对松香施胶和纸张强度性质的影响。

This paper mainly describes the effect of the application of the binary paper strengthening system—cation\|polyacrylamide(CPAM) and carboxymethyl cellulose (CMC).

通过控制CPAM的合成条件 ,加入CMC ,研究CPAM CMC二元体系的添加量、浆料初始pH值等因素对二元增强体系增加纸张强度的影响 ,找出利用CPAM CMC二元体系增加纸张强度的最佳条件。

The mechanism which the anionic and cationic surface modifiers both modified the surface of GCC is researched,and studied the applying effect of modified GCC as paper filler The experiment indicated,the filler distinctly improved the filler retention rate and paper strengt

实验表明 ,该改性填料明显提高了填料留着率及纸张强

参考词条

纸张抄造纸张拉毛纸张包装纸张增强纸张涂料纸张匀度退纸张力纸张特性纸张物证纸张变形烟用纸张铁/缺乏虚断

补充资料：碳(石墨)纤维增强体(见碳纤维、石墨纤维)

碳(石墨)纤维增强体(见碳纤维、石墨纤维)
earbon(graPhite)fibrereinforeements

，、、里z耽维增强体earbon(graphi现inforcements用于复合材料中承受负荷，田的磷纤始知五史纤俯亡e)fibre起增强作

说明：补充资料仅用于学习参考，请勿用于其它任何用途。

首页 \| 翻译 \| 影视 \| 论坛 \| 索引荧光纸张纸张定位纸张水分纸张厚度纸张染料纸张紧度

1) Fiber 纸张纤维 1. Application of Micro-indentation Techniques in the Fiber Properties Study; 将微压入测试方法应用于对纸张纤维强度及纤维之间结合强度的测试是一种行之有效的方法,通过对被测纤维及纤维之间结合部位的载荷位移关系曲线的分析,可以计算出纤维及结合点处的弹性模量和弹性接触刚度,这种测试方法为进一步研究纤维性能与纸张性能之间的关系打下基础。 2) paper 纸张 1. A three-dimensional evaluation of the apparent smoothness of paper; 纸张表观平滑度的三维评价 2. Investigation into the physical property and surface structure of AAL-TDI-PENpolyurethane treated paper; 乙酸木素-TDI-PEG聚氨酯化纸张物理性能和表面结构的研究 3) paper properties 纸张性能 1. Effects of white water treatement on the paper properties of mechanical pulp; 白水处理对机械浆纸张性能的影响效果 4) pH of paper 纸张pH值 1. The pH of paper and the pH of dampening liquid also have remarkable influence. 因此,本文就纸张和润湿液的pH值对印刷质量的影响,和印刷中所需的最佳pH值,以及纸张pH值和润湿液pH值之间的相互关系加以探讨。 5) paper dyeing 纸张染色 6) paper strength 纸张强度 1. The relationship between the properties of montmorillonite and its m icroparticle retention effects on furnish together with the necessity of develop ing montmorillonite-based microparticle retention system, the factors affecting the application of it and the effects of using the microparticle system on rosi n sizing and paper strength was discussed. 论述了开发蒙脱石微粒助留体系的必要性、蒙脱石性质和来源对其微粒助留作用的影响、影响蒙脱石微粒助留作用的因素和采用蒙脱石微粒助留体系时对松香施胶和纸张强度性质的影响。 2. This paper mainly describes the effect of the application of the binary paper strengthening system—cation\\|polyacrylamide(CPAM) and carboxymethyl cellulose (CMC). 通过控制CPAM的合成条件 ,加入CMC ,研究CPAM CMC二元体系的添加量、浆料初始pH值等因素对二元增强体系增加纸张强度的影响 ,找出利用CPAM CMC二元体系增加纸张强度的最佳条件。 3. The mechanism which the anionic and cationic surface modifiers both modified the surface of GCC is researched,and studied the applying effect of modified GCC as paper filler The experiment indicated,the filler distinctly improved the filler retention rate and paper strengt 实验表明 ,该改性填料明显提高了填料留着率及纸张强参考词条纸张抄造纸张拉毛纸张包装纸张增强纸张涂料纸张匀度退纸张力纸张特性纸张物证纸张变形烟用纸张铁/缺乏虚断补充资料：碳(石墨)纤维增强体(见碳纤维、石墨纤维) 碳(石墨)纤维增强体(见碳纤维、石墨纤维) earbon(graPhite)fibrereinforeements ，、、里z耽维增强体earbon(graphi现inforcements用于复合材料中承受负荷，田的磷纤始知五史纤俯亡e)fibre起增强作说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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