1) die swell
挤出膨胀
1.
It was found that the die swell ratio (B) and the entrance pressure drop (ΔPENT) increased with increasing the diameter ratio (DR/D) of the reservoir to the die , and the relationship between ΔPENT and B wasbasically linear : B=B0 +KΔPENT, where the coefficients B0 and K were related to the experimental conditions , which characterized the el.
结果表明,试样的挤出膨胀比(B)和入口压力降(△P_(ENT))随着料筒与口型直径比的增加而增大,△P_(ENT)与B大致呈线性关系:B=B_0+K△P_(ENT),其中,待定系数B_0和K与实验条件有关。
2.
The effects of surface tension and die swell on the shape of extrudate during micro profile extrusion were studied and compared both analytically and numerically.
分别用解析法和数值模拟法研究了聚合物微轮廓挤出成型过程中的在表面张力和挤出膨胀作用下挤出物的形变,并进行了比较,同时分析了表面张力和挤出膨胀共同作用下的形变。
2) extrusion swelling
挤出膨胀
1.
This paper is formed by four parts:Firstly, the stress relaxation and extrusion swelling characteristics of several kinds of raw rubbers such as star SSBR, SSBR2305, ESBR1502 and BR9000 and their rubber carbon balck compounds have been studied.
本论文的研究分为四个部分:第一部分:研究了星形SSBR,SSBR2305,ESBR1502,BR9000纯胶及其炭黑混炼胶的应力松弛和挤出膨胀特性。
2.
The relationship between stress relaxation and extrusion swelling of the compounds was investigated.
研究了4种胎面用胶[星形全偶联溶聚丁苯橡胶(S-SSBR)、偶联度为40%的SSBR 2305、乳聚丁苯橡胶(ESBR),顺丁橡胶(BR)]生胶及其混炼胶的应力弛豫特性,分析了弛豫机理,考察了混炼胶的应力弛豫和挤出膨胀性能间的关系。
3) die swell
挤出膨胀率
4) die sw
挤出膨胀性能
1.
The microstructure,rheological properties and die swell of clay/SBR nano composite and carbon black/SBR compound were investigated with TEM and Monsanto rheometer.
用透射电子显微镜和孟山都流变仪研究了SBR粘土纳米复合材料和SBR炭黑混炼胶的微观结构、流变性能和挤出膨胀性能。
5) post-extrusion swell
挤后膨胀
6) Extrusion Expansion
挤出膨化
补充资料：不完全挤出
不完全挤出：政府支出的增加只是被一种或多种私人支出的减少部分抵消.
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