The epoxy resin E 51 and acrylic acid are used to synthesize UV curing EA resins.
环氧树脂和丙烯酸在适宜条件下合成EA树脂。
E-20 epoxy resin was grafted by polymethylphenyl silicone(PMPS).
聚甲基苯基硅氧烷（PMPS）接枝改性E-20环氧树脂。
Nonisocyanate polyurethane(NIPU) was synthesized by aliphatic primary diamine and cyclocarbonate prepared from epoxy resin E-44.
以环氧树脂E-44为原料合成了环碳酸酯，再与脂肪族伯胺反应合成了非异氰酸酯聚氨酯。
Uniaxial static compression behavior of composites of epoxy resin (E-51) and hollow glass microspheres (HGM) was investigated.
制备了空心玻璃微珠（HGM ）填充环氧树脂复合材料，对材料进行了单轴静态压缩实验。
We applied the Compounds to alkyd resin varnish, epoxy resin (e? 44) and cotton cloth to test their flame resistance.
将这三个系列化合物分别应用于醇酸清漆，环氧树脂(E - 44)和棉布中进行初步阻燃性能测试。
A new method for preparing optical thin slice of coal maceral bonder made of epoxy resin E-44 and its application are introduced.
介绍了一种以环氧树脂e - 44为原料制备煤岩光片黏结剂的新方法及应用。
The room temperature cured abrasion resistant anticorrosive coatings is prepared with E-20 epoxy as binder and molybdenum disulfide and aluminum oxide as fillers.
以环氧E-20为基料，加入二硫化钼、氧化铝为填料的一种常温固化耐磨防腐涂层。
One kind of hydroxyl - terminated aliphatic polycarbonate, i. e. poly(ethylene ether carbonate) diol(PEECD) was synthesized and used to toughen epoxy resin (EP) .
合成了以羟基封端的脂肪族聚碳酸酯-聚乙基醚碳酸酯二醇（PEECD），并用于环氧（EP）树脂的增韧。
Hydrophilic groups were introduced onto E-51 epoxy resin by chemical modification method to prepare epoxy resin aqueous system.
利用化学改性法将亲水性基团引入E -51环氧树脂链上，经冰乙酸成盐并加水制备改性树脂水性体系。
The UV-curable acrylated epoxy prepolymer resin was prepared by reacting E-44 epoxy resin with acrylic acid in the presence of onium salt catalyst.
采用E-44环氧树脂与丙烯酸反应，用鎓盐作催化剂，制备了适于配制竹木基涂饰的紫外光固化的环氧丙烯酸酯预聚物，讨论了催化剂的种类对合成反应的影响。
The process of microencapsulation using epoxy resin E 12 as the wall materials has been investigated.
对以环氧树脂E12为囊壁材料包合热变色复配物的微胶囊化工艺进行了研究。
Silica sol is used to improve the performance of epoxy resin E-44. The zinc-rich anti-corrosive coating is prepared by the modified epoxy resin-based material.
通过硅溶胶来改善环氧树脂e - 44的性能，以改性环氧树脂为基料，制备了富锌防腐涂料。
The modification effects on diglycidyl ether of bisphenol A(DGEBA, epoxy resin E-44)were studied by impact test, tensile test, bend test and SEM.
通过冲击试验、拉伸试验、弯曲试验和扫描电镜（SEM）观察等方法，研究了星形聚醚环氧树脂对E-44环氧树脂的改性作用；
Epoxy resin (E-51) and curing agent (T-31) had been applied to develop a room-temperature and quick curing resin.
以环氧树脂e - 51和T - 31固化剂为主体研究了一种新型的室温快速固化环氧树脂体系。
In order to improve the performance of epoxy resin E-44, it was modified with silica sol through direct ring-opening reaction.
采用硅溶胶与环氧树脂e - 44直接开环反应的合成方法改进环氧树脂的性能。
The epoxy-multifunction additive(E-MFA) was added into the carbon black filled natural rubber composites in the different process stages.
在天然橡胶与填充炭黑不同阶段的混炼加工过程中，不同份数的环氧基多功能添加剂（E-MFA）被加入到混炼体系中。
The epoxy-multifunction additive(E-MFA) was added into the carbon black filled natural rubber composites in the different process stages.
在天然橡胶与填充炭黑不同阶段的混炼加工过程中，不同份数的环氧基多功能添加剂（E-MFA）被加入到混炼体系中。
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