中译英,Emulsion polymerization is an industrially important process because of its potential to achieve high conversion,easy heater moval and environmental benefits.At the moment,a large number of polymer products are produced by emulsion polymeri

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中译英,Emulsion polymerization is an industrially important process because of its potential to achieve high conversion,easy heater moval and environmental benefits.At the moment,a large number of polymer products are produced by emulsion polymeri

中译英,Emulsion polymerization is an industrially important process because of its potential to achieve high conversion,easy heater moval and environmental benefits.At the moment,a large number of polymer products are produced by emulsion polymeri
中译英,
Emulsion polymerization is an industrially important process because of its potential to achieve high conversion,easy heater moval and environmental benefits.At the moment,a large number of polymer products are produced by emulsion polymerization.Due to these advantageous and market potentials,the design and the control of emulsion polymerization reactors have absorbed special attention in research.Different properties of the product can be considered when controlling the process:conversion,molecular weight distribution,particle size distribution(PSD),chemical composition,etc.The PSD is a key feature of the product which strongly influences viscosity and other attributes of the latex which are critical in applications.The modeling of emulsion polymerization process including the PSD is complex and still a challenging endeavor.The modelused in this work covers the main physical phenomena that influence the PSD in emulsion polymerization.

中译英,Emulsion polymerization is an industrially important process because of its potential to achieve high conversion,easy heater moval and environmental benefits.At the moment,a large number of polymer products are produced by emulsion polymeri
乳液相聚合在工业上是一个很重要的过程,因为它具有获得高转化率的潜力,简单的moval(我也不知是什么)和对环境的友好性.目前,一大类聚合物产品都是用乳液相聚合的方法生产的.因为有这些优点和市场潜力,乳液相聚合反应器的设计和控制在研究中受到了额外重视.产品的不同性质在控制过程中也需要被考虑:转化率,分子质量的分配,粒度大小的分布(PSD),化学成分,等等.PSD是产品的一项关键性质,因为它强烈的影响产品黏度和乳液的其他属性,这些性质在实际应用中都是十分关键的.考虑PSD的乳液相聚合过程设计是一项复杂而且仍然很有挑战性的工作.这一工作中使用的模型涵盖了在乳液相聚合过程中影响PSD的主要物理现象.
大概这样吧……moval是啥我再查查

1;由于它的潜力达到高转换,容易的加热器moval和环境好处,乳化液聚化是一个工业上重要过程。 在,很大数量的聚合物产品是由乳化液聚化之时生产的。 由于这些有利和市场潜力、设计和乳化液聚化反应器控制吸收了在研究的特别留意。 产品的不同的物产可以被考虑,当控制过程时: 转换、分子量分布、粒度分布(PSD),化学成分等等。 PSD是强烈影响黏度和乳汁其他属性是重要的在应用产品的一个主要特点。塑造乳化液...

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1;由于它的潜力达到高转换,容易的加热器moval和环境好处,乳化液聚化是一个工业上重要过程。 在,很大数量的聚合物产品是由乳化液聚化之时生产的。 由于这些有利和市场潜力、设计和乳化液聚化反应器控制吸收了在研究的特别留意。 产品的不同的物产可以被考虑,当控制过程时: 转换、分子量分布、粒度分布(PSD),化学成分等等。 PSD是强烈影响黏度和乳汁其他属性是重要的在应用产品的一个主要特点。塑造乳化液聚化过程包括PSD是复杂和仍然富挑战性努力。 在这工作modelused的报道影响在乳化液聚化的PSD的主要物理现象。
2;金属腐蚀导致的损失十分严重,特别是钢铁的防腐蚀日益引起国内外关注,而涂覆防锈涂料是防止钢铁腐蚀的主要方法之一,面对日益严峻的环保及使用安全问题,水性防腐涂料逐渐成为涂料发展的主要方向。本研究采用丙烯酸丁酯(BA)、苯乙烯(St)、丙烯腈(AN)、丙烯酸(AA)4种单体,通过乳液聚合反应配制成性能优良的涂料乳液。研究结果表明:复合乳化剂(SDBS/OP-10)的重量比在2~3,用量为配方中单体总重量的3%,单体加料方式采用半连续法,引发剂用量为配方总重量的0.4 ~0.8时,制得的乳液性能最佳。

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