胶乳

The lactifer of Hevea brasiliensis is the place where latex was synthesized and stored, and is the most important structure which determined the latex yields. The lactifer differentiation is one of the main factors which affect the latex synthesis.

巴西橡胶树的乳管是合成与贮存胶乳的地方，也是决定橡胶产量的最重要的结构成份，乳管分化是影响橡胶树胶乳生产的三个主要因素之一。

The utilization of the 1981 IRRDB Hevea germplasm is very slow in China. For further characterization and evaluation of the germplasm, an analysis was made to evaluate the characteristics of latex regeneration and latex flow of the new Amazon Hevea germplasm by the method of latex diagnosis. Nine accessions of the germplasm were determined in terms of physiological parameters such as yield, initial flow rate, plug index, sucrose, thiols, phosphorus, magnesium, etc, with RRIM600 as the control.

我国橡胶树新种质创新利用进展缓慢，为了深入全面的鉴定橡胶树新种质，加速其利用进程，笔者采用胶乳诊断方法，测定分析了1986年定植于大田鉴定评价圃的14份橡胶树新种质与产排胶密切相关的干胶含量、干胶产量、排胶初速度、堵塞指数及胶乳硫醇、无机磷、蔗糖及镁离子含量等生理参数。

It consists of papermaking latex and PVA glue in the dry material ratio of 5-8, penetrant and dispersant.

它由造纸胶乳、聚乙烯醇胶、渗透剂和分散剂组成，其中，造纸胶乳与聚乙烯醇胶干料的重量比为5－8∶1。

Is made of proficient in natural latex gloves, synthetic latex gloves production equipment, production process technology and production management of the senior engineers, the company's technology is strong, latex and synthetic latex production equipment, technology, formulations and processes are the use of domestic and foreign advanced technology; companies design and manufacture of toys latex balloons, inspection gloves, medical gloves, nitrile gloves, household latex gloves production line using Japan, Malaysia, Taiwan and the United States advanced technology and process formulations, medical hand / Frederick Hand / nitrile powder-free online home cashmere hand spray / electrostatic flocking automation, product one-time high pass rate to meet the FDA and CE requirements; latex protective gloves wrinkles, PU / PVC / nitrile gloves production technology advanced, the quality of export products to meet the CE safety requirements, the company based on the credibility and quality first, customer satisfaction with the first principle, sincerely welcome old and new customers to purchase, we will serve you faithfully!

安徽天源乳胶技术有限公司是由精通天然乳胶手套、合成胶乳手套生产设备、生产工艺技术及生产管理的高级工程师组建，公司技术力量雄厚，乳胶及合成胶乳产品的生产设备、技术配方和工艺均采用国内和国外的先进技术；公司设计制造的乳胶玩具气球、检查手套、医用手套、丁腈手套、家用乳胶手套生产线采用日本、马来西亚、台湾和美国的先进技术和工艺配方，医手/检手/丁腈在线无粉，家手喷绒/静电植绒自动化，产品一次性合格率高，满足FDA和CE 要求；乳胶劳保皱纹手套、PU/PVC/丁腈手套生产技术先进，出口产品质量满足CE安全要求，公司本着信誉第一、质量第一、客户满意第一的原则，热诚欢迎新老客户光临选购，我们将竭诚为您服务！

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％。

The effects of sodium dodecyll sulfate and caclcium chloride on natural rubber latex coagulation effect and properties were investigated.

研究了十二烷基硫酸钠和CaCl2作为天然胶乳的凝固体系对天然胶乳的凝固效果和天然橡胶性能的影响。

And it can give the oil well cement stone the ability of "anti-corrosion","the high endurance of the cement sheath","better flexibility", and "improving the mechanical deformation highly".

本文还探讨了胶乳降失水、防窜和改善水泥石性能的作用机理，对于研究开发和现场应用胶乳油井水泥浆体系具有较好的指导作用。

Compared with the Epoxy resorcinol-formaldehyde resin pretreatment system and Maleic anhydride pretreatment system developed by Xusigui, the 40% carbolated styrene-butadiene latex system can keep the composite"s properties and reduce the cost of pretreatment and simplify the pretreatment technology; especially to the HST 2073 latex system, the composite"s mechanics properties are improved greatly. Secondly, the composite"s comprehensive properties and interface performance are improved by reinforced with short fiber grafted with rubber in the surface. Thirdly, to simplify the production technology of composite, we add TKM-M and RF-90 as adhesive agent to the composite blended in an internal mixer, so as to the composite can be used to industry widely, then the effect of the amount adhesive agent on the composite"s properties and interface adhesive performance was studied, from the experiments the optimum amount of adhesive agent was deduced.

其中采用特软羧基丁苯胶乳预处理短纤维的方案，降低了预处理成本，相对许泗贵的低分子环氧和马来酸酐体系来说，预处理工艺大大简化了，而材料的力学性能保持良好，尤其是 HST 2073A 胶乳预处理体系，力学性能有较大幅度的提高；第二，通过对尼龙短纤维表面进行接枝橡胶分子链预处理，改善了复合材料的界面粘合性能，复合材料的综合性能也得到了相应的提高；第三，为了简化复合材料的生产工艺，使复合材料的应用得到工业化推广，我们选用TKM—M和RF—90长效增粘剂，直接加入短纤维橡胶复合材料中，采用密炼工艺，探讨了增粘剂的用量对复合材料界面粘合以及性能的影响，得出了增粘剂在复合材料中的最佳用量。

Results showed that when AA amount was more than 0.04 mol,anomalous particles were generated and heterogeneity in the formation of anomalous structure was observed in the treated latices With the increase of amounts of AA and the decrease of the mass ratio of MMA to EA,the percentage of anomalous particles increased,and their volume expansion increased and then decreased.

结果表明，当AA含量大于0.04mol时，胶乳中开始出现异型结构粒子，随着AA用量的增加和MMA/EA质量比的减小，异型粒子在胶乳中所占比例增加，胶粒体积先增大后减小。

A series of acrylamide-styrene copolymer latices with different acrylamide and styrene weight ratio were prepared from the polymerization in emulsifier-free aquesous media .

为了在水介质中获得高固含量的聚丙烯酰胺，通过无皂乳液聚合制备了一系列不同单体比例的丙烯酰胺-苯乙烯的共聚物胶乳，固含量达50％，稳定性好，胶乳粒子大小均一，具有一定的触变性。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。