Thermoplasticity of Fe-Mn-Si shape memory alloys has been investigated .

研究了Fe－Mn－Si形状记忆合金 热 塑 性。

Its thermoplasticity is similar as oil-derived plastics and biodegradable property makes it as a good substitute for conventional polymers .

它既具有与传统塑料相似的 热 塑 性，又具有可降解性，是理想的石化塑料替代品。

Factors influencing high temperature thermoplasticity of low alloy vanadium steel at temperatures ranging from 600 to 1200 ℃

600～1200℃温度范围 内含钒低合金钢高温 热 塑 性影响因素的研究

Fibre reinforced thermoplasticity plastics

纤维增强 热 塑 性塑料

Pointed out that PTT has good workability mechanical properties thermoplasticity extensibility high elasticity size stability and dye-ability and would take good application prospect .

指出PTT集良好的加工性、机械性、 热 塑性、高弹性、尺寸稳定性和染色等诸多特性于一体，具有广阔的市场前景。

The structure of the graft copolymers of methyl methacrylate onto soft wood sawdust initiated by xanthate-H2O2 was investigated by X-ray diffraction and transmission electron microscopy . The thermoplasticity of the grafted products was also examined .

本文采用X-射线衍射和透射电镜研究了黄原酸酯-H2O2引发体系、底物聚集态结构的变化，考查了接枝产物的 热 塑 性。

Theories of elasticity plasticity thermoplasticity thermoviscoplasticity continuum damage are often used to develop constitutive models for engineering materials .

现在，弹性、塑性、 热塑性、 热粘 塑性、连续介质损伤理论等常常被用来建立工程材料的本构模型。

The thermoplasticity in a high temperature plastic zone was good because of the deformation twin formed in austenite grains .

在高温塑性区 塑性良好是由于奥氏体晶粒发生大量的孪生变形；

ZnO has excellent aging resistance and PVAc has good thermoplasticity so the composite materials made from them will have better UV resistance and can improve the aging resistance of coating .

ZnO抗老化性能优良，聚醋酸乙烯酯（ PVAc） 热 塑 性好，由两者制成的复合材料具有优异的抗紫外性能，用于涂料可以提高抗老化性能。

The thermoplasticity in high temperature brittle zone was poor because of the dislocation austenite grain boundary .

Mn18Cr18N 钢在高温脆性区 塑 性 变差的原因是由于奥氏体晶界 成为位错晶界；

The thermal stability of natural plant fibers are decreased by esterification and etherification thus functional materials with good thermoplasticity can be obtained .

天然植物纤维可以通过酯化、醚化等 方法 改变其热性能，从而制 备出具有良好 热 塑 性能的功能材料。

FTIR X-ray DSC and SEM were used to characterize the chemical structure and thermoplasticity of cyanoethylated Wood .

利用，X-ray，DSC，SEM等对氰乙基化木的微观结构和 热 塑 性进行了研究和表征。