A starch/SBR composite was prepared by blending and co-coagulation of water solution of starch and SBR latex, and its structure and properties were investigated.
采用淀粉水溶液与丁苯胶乳共混共凝聚的方法制备淀粉/SBR复合材料，并对其结构和性能进行研究。
The application of high functionalized SBR latex in the top layer of coated board was investigated.
研究了高功能化羧基丁苯胶乳在涂布白纸板面涂中的应用情况。
The Mooney viscosity of oil-extended rubber extended same amount of cycloalkyl oil increased with the increases of the Mooney viscosity of latex.
结果发现，调节叔十二碳硫醇用量可制备出具有不同相对分子质量的SBR1778胶乳；胶乳的门尼粘度越高，填充相同份数环烷烃油后其充油橡胶的门尼粘度也越高。
Division is the production of my NEOPRENE (SBR, CR, W8), latex sponge, EVA foam, rubber foam for professional manufacturers.
我司是生产NEOPRENE（SBR、CR、W8）、乳胶海绵、EVA发泡，橡胶连续发泡的专业厂家。
The coating materials were epoxy resin, epoxy mortar, SBR latex cement paste and SBR latex cement mortar respectively.
研究了环氧树脂、环氧砂浆、SBR胶乳水泥砂浆、SBR胶乳水泥净浆作为氯盐环境中钢筋防腐蚀保护层的性能。
The effect of PHP on properties of SBR latex was similar to DIP.
其中 PHP的相对分子质量为 170，是一种新型高效聚合催化剂。
In this paper, preparation of high solid content SBR Latex was summarized and the synthesis of large size latex particle and concentration of SBR latex were epitomized.
高固含量是作为胶乳使用的聚合物的发展方向，本文对高固含量丁苯胶乳的制备方法进行了评述，并对工业上广泛应用的两步法工艺中的合成大粒径的丁苯胶乳和浓缩工序进行了概
Experiment results showed that some doze of SBR latex could improve the mechanical deformation capability of cement sheath and decrease the compressive strength of that.
实验结果表明，水泥浆中添加一定量的SBR胶乳，在降低油井水泥石抗压强度的同时增大了油井水泥石在低应力作用下的弹性形变和在高应力下的塑性形变，提高水泥石抗冲击破坏的能力。
The results of comparison showed thatWe made the Montmorillonite solution for the production technics, and added the Montmorillonite solution in the process of the production of SBR latex.
本课题综合研究结果，对乳液沉降法制备丁苯橡胶/蒙脱土纳米复合材料的制备过程做了初步的理论探讨，并对蒙脱土在丁苯橡胶中的分散机理和增强机理做了初步的理论探讨。
The results showed that PHP had higher catalytic activity than that of diisopropylbenzene hydroperoxide, and 54% PHP had the same initiation effect compared with that of 100%DIP. The effect of PHP on properties of SBR latex was similar to DIP.
与过氧化氢二异丙苯引发聚合的对比结果表明，PHP的催化活性要比DIP的高，同样纯度的引发剂，PHP质量分数为DIP的54％时二者具有相同的引发效果，而且对所制备胶乳性能的影响相近。
The high-performance SS emulsified quenching asphalt comprises: base material asphalt, emulsifying agent, modifier Sasobit and quenching agent SBR latex, wherein the adding ration of the emulsifying agent, modifier Sasobit and quenching agent SBR latex are separately 0.5-5%, 1-10% and 1-8%.
本发明所述的高性能SS乳化改性沥青，包括基质沥青、乳化剂、改性剂Sasobit和改性剂SBR胶乳，乳化剂、改性剂Sasobit和改性剂SBR胶乳含量分别为基质沥青重量的0.5～5％、1～10％和1～8％。
These results provided basis to the design of 5000t/a MBS resin plant. MBS resin; impact modifier; SBR latex; particle design; pilotscale experiment
在MBS的整个生产工艺中，有三大关键技术：其一是SBR胶乳的合成技术，因为SBR胶乳的粒径控制将会决定MBS
The graft copolymerization of styrene and methy methacrylate on SBR latex particle via the seeding emulsion technique was conducted to produce MBS resin with the perfect core-shell structure.
采用种子乳液聚合技术，在丁苯胶乳上接枝共聚苯乙烯和甲基丙烯酸甲酯，合成了具有完整核壳结构的MBS树脂。
Microstructure and crystalline state of hydrogenated styrene－ butadiene rubber from hydrogenation of SBR latex were characterized by IR, DSC and TEM.
用IR，DSC，TEM表征了由丁苯胶乳氢化制备的氢化丁苯橡胶的微观结构及结晶状态，并测定了HSBR老化前后的力学性能。
Based on the unique method of nanocompound put forward by our lab in which the clay/SBR nanocomposite was prepared by mixing the SBR latex and clay/water dispersion and then coagulating, and the improving of preparation technology, the application of clay/SBR nanocomposite was concentrated in this thesis.
本论文基于本课题组独创的乳液共混共凝法制备粘土／丁苯橡胶纳米复合材料，在优化制备的基础上进行材料的应用研究。
Abstract: The rare earth-containing PSBR sheet was prepared through vinyl pyridine-SBR (PSBR) latex reacted with rare earth alkoxide, and the thermal oxidation resistance of rare earth-containing composite elastomer was studied.
文摘：利用稀土醇盐与PSBR橡胶乳液进行反应获得含稀土复合弹性材料进行抗热氧化研究。
The air tightness of the clay/SBR nanocomposite prepared by mixing clay and SBR latex was investigated. The results showed that the air tightness of clay/SBR nanocomposite was better than that of the traditional filler filled SBR vulcanizate, and changed fewer with the temperature;
对乳液法制备的SBR粘土纳米复合材料的气密性进行了研究，结果表明：SBR粘土纳米复合材料的气密性优于传统填料填充的硫化胶，且随温度的变化较小；
The coagulation test of SBR-1712 latex, by using the TXD-63 (polymeric flocculant) and sulfuric acid system was carried out on a 10 kt SBR commercial plant.
采用国产高分子凝聚剂（TXD-63），在万吨级的SBR工业装置上，对SBR1712胶乳进行了TXD-63-硫酸凝聚工艺试验。
Reasons of Gel's Formation and Cleaning About SBR Latex Polymerizer
羧基丁苯胶乳生产釜挂胶的成因及清洗
But performance of the asphalt emulsion modified by low-temperature polymer SBR latex was better, its softening point was between 55-60 ℃, ductility of 5 ℃ submit 150 cm.
而低温聚合型丁苯胶乳改性乳化沥青的性能较好，其蒸发残留物的软化点在56~60℃，5℃延度大于150cm；