1) thermosetting reactive resin
热固性反应树脂
1.
High-viscosity poly(lactic acid)(PLA) was prepared using thermosetting reactive resin(PME) by in situ reactive extrusion.
采用热固性反应树脂(PME)和聚乳酸(PLA)反应挤出制备了高粘度PLA。
2) gelation time
凝胶时间<热固性树脂反应>
3) thermosetting resin
热固性树脂
1.
Effects of storage condition on rheological properties for typical thermosetting resins;
热固性树脂体系流变特性随贮存条件变化规律
2.
Development of research on high-temperature resistance thermosetting resin adhesives;
耐高温热固性树脂胶粘剂的研究动态
3.
In this paper,corrosion resistant evaluation of thermosetting resin,the test comparison of EN-13121-2 in European with ASTM C 581 in DSM composite resin and test proof with long-term change were described and conclusion about Atlac products in DSM were also introduced.
论述了热固性树脂耐化学腐蚀评估,耐化学腐蚀性能的欧洲标准(EN13121-2)与DSM复合材料树脂公司方法(ASTMC 581)的实验比较以及长期案例验证。
4) thermoset resin
热固性树脂
1.
Thermoplastic resin modified thermoset resin is an efficient method to improve the toughening of the materials without sacrifice of glass temperatures.
热塑性树脂改性热固性树脂,可以在不降低热固性树脂耐热温度的同时,大幅度提高改性材料的韧性。
2.
The research progress in microwave curing thermoset resins and their matrix based composites were reviewed.
综述近年来热固性树脂及其复合材料的微波固化最新研究进展,介绍微波热效应原理,重点讨论热固性树脂微波固化与加热固化的不同、热固性树脂微波固化工艺及颗粒增强热固性树脂基复合材料的微波固化。
5) thermoset resins
热固性树脂
1.
The research progresses in microwave curing thermoset resins and their matrix based composites are reviewed,and the following topics,such as the comparative study of microwave curing,heat curing,technology on microwave curing of thermoset resins and thermoset resins modified by fillers and fibers are discussed in details.
综述了近年来热固性树脂及其复合材料的微波固化研究进展,重点讨论了热固性树脂微波固化与加热固化的比较,热固性树脂微波固化工艺,颗粒、纤维增强树脂基复合材料的微波固化研究。
2.
Compared with elastomers and thermoplastics, thermotropic liquid crystalline (TLC)has many advantages in toughing thermoset resins.
由于现有的热固性树脂增韧方法存在种种缺陷,热致型液晶正取代橡胶弹性体、热塑性塑料等成为新一类热固性树脂增韧剂,与其它方法相比,该法增韧效果好,改性体系耐热性、模量高。
3.
The principle of microwave thermal effect is introduced and the latest research progress in microwave curing of thermoset resins and their composites in recent years is described in this review.
介绍了微波热效应原理,综述了近年来热固性树脂及其复合材料的微波固化研究进展,重点讨论了微波固化工艺及其与加热固化在固化时间、力学性能等方面的比较;颗粒、纤维增强及改性热固性树脂的微波固化研究以及它的工程应用。
补充资料：热固性
分子式：
分子量：
CAS号：
性质：聚合物经加热固化（硫化或熟化）的性质。通过加入催化剂并加热使树脂中未反应的官能团与固化剂起交联反应，形成三维网状结构，从而使树脂变为不溶不熔性质的制品。
分子量：
CAS号：
性质：聚合物经加热固化（硫化或熟化）的性质。通过加入催化剂并加热使树脂中未反应的官能团与固化剂起交联反应，形成三维网状结构，从而使树脂变为不溶不熔性质的制品。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条