使粘稠

During the reaction of alkylation, general contained 0.2%~2.0% butadiene will produce viscous heavy composite materials, which will raise final boiling point of alkylate and decrease octane, what is more, it will react with acid to produce corresponding ester, which will increase the consumption of acid, Therefore, we must remove butadiene by selective hydrogenation, at the same time, it will convert some of 1- butane to 2- butane by isomerization and raise octane of alkylate.

一般含有0.2%~2.0%的丁二烯，其在烷基化反应中，可生成一种分子量很高的粘稠重质迭合物，使烷基化油的干点升高，辛烷值降低，并且它还和酸反应生成相应的酯而加大酸耗量。因此必须经过选择性加氢除掉丁二烯，同时，将部分1-丁烯异构化为2-丁烯，以提高烷基化油的辛烷值。

As a magical material found so far, it breaks fattiness into pieces, reduces blood-fat effectively, makes ropy and stagnant blood bacome clear blood stream, carries oxygen and alimentation to supply cerebra and the whole body systerm.

它是目前为止发现的崩解脂肪的神奇物质，能有效降低血脂，使粘稠污浊的血液变的清澈流通，载送氧气和营养供应大脑和整个身体网络。

For the architectural coatings, paints, can be used as paint, paint filler to replace barium sulfate precipitation, lithopone, titanium dioxide, such as higher prices of raw materials, suitable for control of paint viscosity, light color products, good stability.

用于建筑涂料、油漆，可作为涂料、油漆的填料替代沉淀硫酸钡、立德粉、钛白粉等价格较高的原料，适合控制油漆粘稠度，使产品色泽光亮，稳定性好。

But from 1940s, Levin and Lown advised that AMI patients could do the early rehabilitation activities, and they thought the early activity could speed the blood circulation, avoid blood ropiness, improve the coronary blood flow, facilitate the compensatory circulation, and reduce the infarction lesion ductility.

但从20世纪40年代，Levin和Lown主张AMI患者进行早期康复活动，认为早期活动可使血流加速，避免血液粘稠、改善冠状动脉血流，促进侧支循环的建立，降低梗死延展的发生率。

The role of the reclaimed rubber: smoke sticky pine tar containing other renewable agent, during which small molecules can penetrate into uniform knot so that sulfur containing rubber between macromolecules to swelling, reticular structure of relaxation, an increase of molecular the distance between chain and oxygen penetration, the other can also serve as free radical acceptor, has inhibited the role of gelation, but also contribute to activating agent to the rubber matrix to speed up the regeneration process of proliferation and can enhance regeneration and plasticity of sticky glue and less polluting, process performance.

对再生胶的作用：粘稠的松焦油吸含其他的再生剂，其间的小分子能均匀渗透到含有结使硫的橡胶的大分子中间，使其溶胀，网状结构松驰，增加了分子链间的距离及氧的渗透，另外还可作为游离基的接受体，有抑制凝胶化的作用，还有助于活化剂向橡胶基质扩散加快再生过程，并能提高再生胶的粘性和可塑性，且污染较小，工艺性能好。

Due to bad food habits our blood gets sticky and syrupy.

是不良的饮食习惯使我们的血液变得像糖浆般粘稠。

Regular diet, in addition to containing a large number of animals necessary nutrients, but also contains a certain amount of anti-nutritional factors, these anti-nutritional factors is difficult to digest in the use of sheet monogastric animals, so that intestinal contents became viscous, and wrapped a large number of nutrients, affect the digestion and absorption of nutrients, resulting in animals indigestion, lax and poor growth.

常规日粮中，除含有大量动物必须的营养物质外，还含有一定量的抗营养因子，这些抗营养因子难被单胃动物消化利用，使肠内容物变得粘稠，而且包裹大量的营养物质，影响营养物质的消化吸收，造成动物消化不良，排粘粪，发育不良等。

Mix straw and ionic liquid directly or mix straw that is disintegrated, ammonificated, vapoured with ionic liquid, microwave heat or nomal heat to solute raw materials and viscous solution is formed. Dilute the viscous solution with polar organic solvent, then film strik or spin to get degradable film and thread.

将秸秆直接与离子液体混合，或将秸秆进行粉碎、氨化、汽爆等处理后再与离子液体混合，然后通过微波加热或普通加热，使原料溶解，形成粘稠溶液，粘稠溶液经过极性有机溶剂稀释后，进行薄膜刮制或纺丝，从而得到可降解的膜材料和丝线。

This allows the glue to drain away, and ventilates the middle ear, which reduces the effusion of glue.

此法可让胶液排出，还可使中耳通气，从而减少粘稠的积液。

Softener White particle thick liquid. Can be adsorbed on the surface of fabric to make cloth smooth, soft and non-stat. Soften treat for towel, bath mat, bath towel etc. At low water level, room-temp. 3-5 minutes, 30-40g/10kg dry fabric.

柔软剂 乳白色粘稠液体能吸附在纤维表面，使织物滑爽、蓬松、抗静电，易干燥脱水用于毛巾、地巾、浴巾等巾类织物的柔软处理低水位、常温、3-5分钟、每10千克干织物加30-40克

The absorption and distribution of chromium were studied in ryeusing nutrient culture technique and pot experiment.

采用不同浓度K2CrO4(0，0.4，0.8和1.2 mmol/L)的Hoagland营养液处理黑麦幼苗，测定铬在黑麦体内的亚细胞分布、铬化学形态及不同部位的积累。

By analyzing theory foundation of mathematical morphology in the digital image processing, researching morphology arithmetic of the binary Image, discussing two basic forms for the least structure element: dilation and erosion.

通过分析数学形态学在图像中的理论基础，研究二值图像的形态分析算法，探讨最小结构元素的两种基本形态：膨胀和腐蚀；分析了数学形态学复杂算法的基本原理，把数学形态学的部分并行处理理念引入到家实际应用中。