结果表明，PEI是该体系的有效增韧剂。
讨论了该增韧剂的固化特性和最佳掺合比例。
The curing characteristics and optimum blending ration for the toughener were discussed.
助增韧剂PE与POE配合使用具有协同增韧效应。
Use of PE plasticizing agent promoter together with POE could have coherent effect to plasticize.
实验结果表明，PEI是共聚双马树脂的有效增韧剂；
The results showed that PEI was an effective toughener of copolymeric bismaleimide resin.
选择了合适的增韧剂，可以提高ABS回收料的韧性。
The suitable plasticizer was used to improve the toughness of recycled ABS.
还研究了偶联剂、填料和增韧剂等对粘接强度的影响。
The effects of coupling agent, filler and toughening agent on adhesive strength were also studied.
小试产品、中试产品及增韧剂具有相似的互穿网络结构。
Both the samples prepared in pilot plant and laboratory as well as the modifier possessed the structure of interpenetrating networks.
该增韧剂合成仅为一步反应，无副反应产生，产物产率高。
The synthesis of the toughener is only a one-step reaction without side reactions, and has high product yield.
特种模型材料由环氧树脂、增韧剂、固化剂和金属粉构成。
The special model material is composed of epoxy resins, plasticizer, solidified agent and metal power.
一种粉末环氧树脂增韧剂及其制备方法，属于增韧剂技术领域。
The invention discloses a powdered epoxy resin toughener and a preparation method thereof, which belong to the technical field of tougheners.
主要介绍了奇士增韧剂对Y J型环氧树脂浸渍胶的增韧改性。
Toughening of YJ impregnated resin by QS toughened agent is presented.
相比较而言，端环氧基聚氨酯醚海岛结构增韧剂的综合性能较好。
Among them, sea - island structure flexibilizer had good synthetical properties.
研究了相容剂、增韧剂对改性尼龙6/尼龙66合金性能的影响。
The effect of compatilizer and toughener on the properties of modified PA6 /PA66 is studied.
为了开发新型实用的环氧树脂增韧剂，合成了一种新型聚醚多元醇。
To develop toughening reagent for epoxy resins, a serial of novel polyethers polyols was synthesized.
研究增韧剂、填料对环氧树脂胶粘剂剪切强度和冲击强度性能的影响。
The effects of toughener and filler on shearing strength and impact strength of epoxy adhesives were studied.
采用新型双官能化增韧剂swr—3c对尼龙(PA)6进行增韧研究。
The new dual-functional toughening agent SWR -3c was used to toughen nylon (PA) 6.
树脂的介电性能与树脂体系的催化剂含量、固化温度和增韧剂含量有较大关系。
The dielectric performance of the modified resin system is remarkably influenced by the concentration of catalysis, the cure temperature and toughening agent.
研究了炭黑填充聚丙烯（ PP）导电复合材料的性能以及增韧剂对其性能的影响。
The property of PP/carbon black conductive composite and the effect of toughener POE on the property of the composite were studied.
介绍一种新型PVC增韧剂UF-810在填充硬聚氯乙烯管材中的加工应用情况。
The processing and application of a new toughner UF-810 in RPVC pipe were introduced.
并对作为增韧剂和增粘剂的聚乙烯醇缩醛的缩醛结构对其热稳定性的影响进行了分析。
And we also study the acetal structure and its influence of thermal stability of polyvinyl acetal which was used as toughening agent and tackifier.
由于增韧剂结构中含有柔性链段和活性环氧基，因此对于粉末环氧树脂有优异的增韧效果。
A structure of the toughener contains a flexible segment and an active epoxy group, so the toughener has excellent toughening effect on the powdered epoxy resin.
本研究采用以硫酸钙为改性剂，NBS为增韧剂，HIPS为主题塑料组成高分子复合材料。
This study used as a modifier of calcium sulfate, NBS for toughener, HIPS as the theme of plastic polymer composites.
以聚丙烯为基料，POE为增韧剂，活化滑石粉为增强剂，研制出了冰箱压缩机后罩专用料。
Using PP as matrix resin, POE as toughener, activated talc as reinforcer, compound for back cover of refrigerator compressor is prepared.
在此基础上加入QS型增韧剂，形成具有“海岛结构”的环氧树脂合金，粘结性能进一步提高。
Based on this, QS toughener was added to form epoxy resin alloy of "sea island structure", thus further improving its adhesion.
选用不同固化剂和增韧剂，以及通过调整固化剂和增韧剂的添加量，对胶黏剂配方进行了优选。
Formula is optimized by adopting different curing agents and toughening agents, and also by changing their dosage.
结果表明，增韧剂的加入使尼龙1212更容易结晶，结晶速度增大，结晶温度提高，熔融热焓降低；
Results indicate that crystallization of nylon 1212 become easy and crystalline velocity and degree increase, and the heat enthalpy decreases after the addition of the toughening agent.
掺有混杂短纤维的油井水泥增韧剂能够明显改善油井水泥石固有的脆性，大幅度地提高水泥环的韧性。
The flexibility agent of oil-well cement mixed with short fibers can improve the inherent fragility of oil-well cement stones obviously and increase the flexibility of cement mantle greatly.
PP可以作为PC的增韧剂使用，并且可在不降低其流动性的前提下较大幅度地提高低摩尔质量PC的韧性。
PP could be used as toughening agent for PC, which could greatly increase the toughness of low molecular weight PC, without the decrease of the flowability of PC.
本文采用丙烯酸改性酚醛环氧树脂，并对以此树脂为基体，以DDSA为增韧剂所制成的玻璃钢芯棒进行了研究。
In this paper, through applying acrylic acid to modify phenolic epoxy resin, a new resin is derived. The FRP rod which is made of the new resin matrix and toughened by DDSA is studied.
它是PC非常有效的增韧剂，同时，可以改善PC的加工流动性，二者共混可望开发出有重要实际意义的塑料合金。
The results show that the elastomeric MMA copolymer R, which is partially compatible with PC, is a very efficient toughening agent and improves the melting flow rate(MFR) for PC.
应用推荐