The mechanical properties of SEBS product with microstructure having been optimized are equivalent to those of foreign similar products.
微观结构优化后的SEBS中试产品加工前后力学性能与国外产品相当。
This research applies central composite design and response surface methodology to optimize the process parameters of SEBS modified asphalt.
本研究应用星点设计效应面优化法对SEBS改性沥青工艺进行优化。
Various characterization methods were adopted to investigate rheological property and cryogenic property and microstructure of the blends of SEBS/TPU.
论文中采用了多种测试表征方法对SEBS／TPU共混材料的流变性能、低温性能、微观结构等进行了研究。
The effect of the mixing rotor on the homogenizing blend SEBS with PP was proved by the characterization of the structure and the mechanical properties.
通过力学性能与结构表征，证明了密炼转子模块对SEBS与PP均匀共混加工的作用。
The rheological results of SEBS and TPU by means of high pressure capillary indicates that SEBS is non-Newton fluid, the viscosity decreases when the shear rate increases.
利用高压毛细管流变仪对SEBS和TPU的流变性能进行了研究。结果表明，SEBS熔体流动表现为非牛顿性，粘度随剪切速率增加而降低。
The results showed that the mechanical properties of blend were significantly improved by adding 13 phr of different compatibilizers, in which a block copolymer, SEBS was the most effective.
结果表明，加入1～3份不同种类的相容剂均可明显改善共混物的力学性能，其中嵌段共聚物SEBS的作用效果最佳。
An evident macro-phase separation between SEBS and PMMA blend and a micro-phase separation in SEBS copolymer were observed simultaneously in the blend film spin-coated from chloroform solvent.
结果表明，用共混物的氯仿溶液旋转涂膜，可见明显的共混物的宏观相分离和SEBS的微观相分离形态。
New thermoplastic elastic SEBS has the excellent properties of bio-availability, non-toxic, being green and easy to process. These excellent features make it good for medical infusion hose material.
新型热塑性弹性体sebs具有生物相容性优良、无毒、环保及易加工等特点，正是用于制作输液器软管材料的极佳选择。
New thermoplastic elastic SEBS has the excellent properties of bio-availability, non-toxic, being green and easy to process. These excellent features make it good for medical infusion hose material.
新型热塑性弹性体sebs具有生物相容性优良、无毒、环保及易加工等特点，正是用于制作输液器软管材料的极佳选择。
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