热固性聚合物

固化反应程度对热固性聚合物热物理性能的影响

The influence of the extent of cure on the thermal physical properties of thermosetting polymers

介绍了微波对聚合物材料的作用原理和影响因素，综述了微波技术在聚合物微球、热固性聚合物、功能性聚合物和聚合物泡沫材料制备方面的应用。

In this paper , the principle and influential factors of microwave acted on polymer materials were discussed with 21 refs . Recent application of microwave technology in polymer microspheres , thermosetting polymers , functional polymers and polymer foams were reviewed .

热固性聚合物在蠕变过程中的微损伤活动

Crazing process of the thermosets during the creep

热固性聚合物基复合材料废弃物回收利用进展

Advance in Recycle of Thermoset Composites Wastes

热塑性/热固性聚合物共混体系研究&乙炔端基砜/聚砜共混物的动态固化动力学

STUDIES ON THERMOPLASTIC / THERMOSETTING POLYMER BLEND SYSTEMS & Dynamic Cure Kinetics of Acetylene-Terminated Sulfone and Polysulfone 's Blends

环氧树脂是一种非常重要的热固性聚合物，用途广泛，经常用作粘合剂、共混物的基体以及电子封装材料等等。

Epoxy resins are a class of important polymeric materials , which have widely been used as high performance materials such as adhesives , matrices of composites and electronic encapsulating materials .

通过对环氧树脂体系（树脂+固化剂+促进剂）反应时间、温度、升温速度对粘度及凝胶点的影响，找出了连续碳纤维增强热固性聚合物的拉挤控制参数。

The effect of reaction time , temperature and heating speed of resin system ( resin + curing agent + accelerator ) on viscosity and gelling point is investigated . The optimum parameters controlled in pultrusion process are explored .

普通碳泡沫首次于1960年由WalterFord报道，最初的碳泡沫是由热固性的聚合物泡沫分解得到蜂窝泡沫和网状玻璃态碳泡沫。

Normal carbon foam was first produced in the late 1960s by Walter Ford from pyrolysis of thermosetting polymers including cell foam and reticulates vitreous carbon foam .

无皂微乳液法制备热固性双亲聚合物

Preparation of thermal setting amphiphilic polymer by soap-free microemulsion

说明二阶段固化技术可以有效提高热固性形状记忆聚合物的热性能和力学强度，而且是可行的。

It was feasible for two-stage rigidization technology to improve the thermal properties and mechanical strength of the thermosetting shape memory epoxy resin effectively .

简要介绍了双螺杆反应型挤出机在处理带漆膜的热塑性塑料、交联橡胶以及热固性塑料等废弃聚合物方面的应用。

Applications of a new type of twin screw extruder in recycling waste polymer materials , including thermoplastics with thermosetting coating surface , vulcanized rubbers and thermosetting polyurethane , were introduced .

多组分热固性环氧树脂中纳米结构的形成可以最优化热固性树脂基体和改性剂之间的作用力，因此在热固性聚合物中引入纳米结构可以极大地改进材料的机械性能。

Recently , it has been recognized that the formation of the nanostructures in the multi-component thermosets can further optimize the interactions between thermosetting matrix and modifiers and thus the mechanical properties of materials were significantly improved .