填充量用英语怎么说，填充量的英文翻译

词语导航

基本信息

词语：填充量

繁体：填充量

拼音：tián chōng liáng

英语翻译

【化】 loading; loading level

分词翻译

填充的英语翻译：

fill; fill in; fill in the blanks
【计】 fill; pad-out; padding
【化】 filling; loading; packing
【经】 padding

量的英语翻译：wwW.wenTIyI.coM

capacity; estimate; measure; mete; quantity; quantum
【医】 amount; dose; dosis; measure; quanta; quantity; quantum
【经】 volume

翻译例句

1. 氧化钙填充量最高可达30%。

The maximum content of calcium oxide was 30%.

2. 指定的填充量将添加到单元格的四条边。

The padding amount specified is added to all four sides of the cell.

3. 研究了导热性能与氧化镁填充量的关系。

The relationship of thermal conductivity with the content of MgO was studied.

4. 空心玻璃微珠的填充量一般在5%-20%之间。

The filling content of hollow glass bead generally is between 5% -20%.

5. 其玻璃纤维填充量可以很方便地达到40%的程度。

They can conveniently be filled with glass fibre to the extent of 40%.

6. 当粉煤灰填充量为15%时，复合材料的剪切粘度较小；

When the quantity of the fly ash was filled to 15%, the shear viscosity of the composite material was low.

7. 它们增加肠和盲肠的填充量，降低肠转送时间，防止便秘。

They increase intestinal and fecal bulk, which lowers intestinal transit time and helps prevent constipation.

8. 随硅灰石填充量的增加，硅灰石填充聚丙烯材料的拉伸强度稍有下降。

With the increasing of the filling amount, PP tensile strength decreases slightly.

9. 讨论了导电填料的填充量、形状、粒度和填充型导电涂料导电性能的关系；

Relationship between the nature of conductive filler (charging quantity, shapes and particle size) and the conductive performance of filled conductive paint is discussed.

10. 结果流变改性剂的种类和用量、树脂的配比都影响高填充量填充材料的流变性。

Results The rheological property of the high filler content material is influenced by the sort and quantity of the rheological modifier and the polymer ingredient.

11. 结果表明在接枝度为15%、高岭土填充量为10%时，体系具有较高的拉伸强度。

The results showed when the grafting degree was 15% and kaolin content was 10% , the blend system had a better tensile strength.

12. 属于磨粒对加工效果影响的因素有：磨料的导磁率、粒度、配比、磨料的填充量等参数。

The factors that belong to abrasive are the permeability of abrasive, grain size, materials matching ratio, the amount of the Abrasive and etc.

13. 复合材料的结晶度随超细重质碳酸钙填充量的增加而有所降低，但复合材料的熔点变化不大。

The crystallinity of the composite decreased with the increase of the ultrafine ground calcium carbonate, the melting point of the composite had little change.

14. 本论文制备了丁基橡胶密封胶，并通过改变其中的填料的填充量来研究密封胶的各种物理性能。

The present paper has prepared the butyl rubber sealant, and through changes padding to fill in completely studies the sealant each physical performance.

15. 要求，也可将本产品行表面处理，使制品中的填充量增加，加工粘度降低，亲和力增加，提高阻燃性。

Requirements, this product line can also be surface treatment, the products of the filler content increases, the processing viscosity, increased affinity, increased flame resistance.

16. 通过试验方法研究了高压水射流功率、研磨介质的填充量和配比、冲击时间等对该装置粉碎能力的影响。

Also, the experiments had been carried out to study the effects of the high-pressured water jet power, the amount and composition of grinding medium and the impact time on the comminuting capability.

17. 考虑导电体的价格、分散性、填充量以及对材料性能的影响，本文选用了炭黑n550作为导电功能体。

In this paper, carbon black (N550) is chosen as conductive functional medium by taking fully into account the price, dispersion etc.

18. 分析总结出有关工艺参数与焊缝金属填充量间关系的经验公式，并通过计算得到了其中熔敷效率的试验值。

The experimental value of the deposition efficiency was gotten from the calculation, which is useful to optimize welding process.

19. 高眼压组与非高眼压组性别、年龄、病程、屈光度及硅油填充量比较差异均无统计学意义（P>0.05）。

There was no significant difference in gender, age, course of disease, refractive diopters and volume of silicone oil tamponade between patients with and without elevated IOP (P>0.05 for all).

20. PL偶联剂改善了HA与HDPE两相界面间的结合性能，提高了HA在高密度聚乙烯基体中的分散度和填充量。

Pl coupling agent could enhance the interface combination between ha and HDPE, and improve the dispersibility and fill content of ha in the HDPE basis.

21. 以氢氧化镁为阻燃剂，硅烷偶联剂为改性剂，不同填充量的氢氧化镁加入到聚丙烯中所得的复合材料的阻燃和力学性能。

It had been reported that the flame retardant effect of magnesium hydroxide filled polypropylene containing silane coupling agent had been investigated by blending methods.

22. 综述了导电填料的种类、形态、填充量、复配、分散与分布等因素对填充型电磁屏蔽复合材料屏蔽效能的影响及研究进展。

Influence factor such as the kind, shape, content, combination, distribution and dispersion ofthe fillers on shielding effect are reviewed for filling type electromagnetic shielding composite.

23. 在本研究中，制备的铝填充pp复合材料具有不同的填充粒子形状和不同填充量，填充范围从0%到55%(按照体积)。

In the present study, aluminum filled PP composites with different filler particle shapes and filler loadings varying from 0% to 55% by vol. were prepared.

24. 滑石粉／PP复合材料中，在一定的填充量下，滑石粉的加入使复合材料的熔点下降，而大分子偶联剂的适量加入会提升其熔点。

So PP/talc composite is nanocomposite. With the filling of talc, the meting point decreased, while with the using of macro coupling agent, the melting point increased.

25. 用3000目蛋白石填充的聚合物试样在填充量为30份时冲击强度可提高约100%，而经钛酸酯处理后，能提高约160%。

When we filled. HDPE with opal at scale of 3000 mu by 30 Phr, its Impact strength was increased almost 100%, and it could be 160% higher by treated with titanate coupling agent.

26. 以尾矿粉60%和20%的填充量分别制得了软质PV C板材和化工用PVC - U管材，制品的主要性能指标均达到标准要求。

The main performances of the soft PVC product and the PVC-U pipes for chemical industry meet the standard requirements with the tailing powder of 60% and 20% as filler respectively.

27. 研究表明：利用碳毡的孔洞结构和尺寸，辅之以金属镀层，能在较宽的频率范围内对电磁波有良好的屏蔽效率，且不需要很大的填充量。

The results show that with low loading level the metal coated CFF provides excellent EMS property in a wide frequency range due to its cavity structure and metallic coating.

28. 方法：采用自体脂肪颗粒移植矫正额颞部凹陷，通过注射麻醉液预先估计填充量，受区皮下预处理形成颞浅筋膜浅层和深层两个平面及多个隧道。

Methods The amount of soft-tissue defect was estimated by the volume of the injected local anaesthetic liquid. Many tubes were formed subcutaneously in the region to be augmented.

29. 通过单因素实验确定了导电胶的最佳配方：镀银铜粉填充量为70%、复合光引发剂用量为4%、热引发剂aibn用量为2%、偶联剂KH570用量为2.5%。

The optimal formula of the UV curable conductive adhesive gained from single factor test was as follows: Silver-plated copper powder 70%, complex photoinitiator 4%, AIBN 2% and KH570 2.5%.

30. 通过单因素实验确定了导电胶的最佳配方：镀银铜粉填充量为70%、复合光引发剂用量为4%、热引发剂aibn用量为2%、偶联剂KH570用量为2.5%。

The optimal formula of the UV curable conductive adhesive gained from single factor test was as follows: Silver-plated copper powder 70%, complex photoinitiator 4%, AIBN 2% and KH570 2.5%.