1) dynamic extrusion
动态挤出
1.
These models can be used for study of three dimensional polymer melt dynamic extrusion from dies, especially from the die with an irregular cross section.
这些模型为进一步开展聚合物熔体三维口模动态挤出,尤其是异型材口模动态挤出奠定了基础。
2.
The techniques and equipments of the dynamic extrusion,dynamic injection and dynamic mixing implemented by the application of vibration to the polymer processings were introduced.
本文简要介绍了振动力场作用下,动态挤出成型过程中的动态固体输送、动态熔融塑化、动态熔体输送过程的机理及实验研究,分析了脉动压力对注射过程的影响,以及动态混炼过程中强制混炼、强制分散的原理。
2) Dynamic Plasticating Extrusion
动态塑化挤出
3) elastodynamic extruder
弹性动态挤出机
4) Electromagnetic dynamic extruder
电磁动态挤出机
1.
Electromagnetic dynamic extruder axial rotation and vrbration characteristics of the relationship between research
电磁动态挤出机转动与轴向振动之间特性关系研究
5) solid state extrusion
固态挤出
1.
Highly oriented high density polyethylene (HDPE) samples were obtained by solid state extrusion under comparably low speed, with four dies and different draw ratio.
采用4个不同拉伸比的口模,在较低速度下对高密度聚乙烯(HDPE)成功地实现了固态挤出。
6) melt state extrusion
熔态挤出
1.
The results show that under the action of the compound tensile force field,the tensile yield strength in longitudinal and transverse direction of the sheet prepared in melt state extrusion at 140℃is 28.
结果表明:在复合拉伸力场作用下,熔态挤出(140℃)片材的纵、横向屈服拉伸强度分别为28。
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