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1·ECAP is an effective method realizing pure shear deformation.

ECAP是实现材料纯剪切变形的有效方法。

2·XRD data indicate that this ECAP processing causes the XRD peaks to broaden.

XRD数据显示ECAP加工增加了织构并使衍射峰变宽。

3·Routine of experiment and modeling for ECAP of magnesium alloys was schemed.

分析了镁合金ECAP加工技术的试验和模拟方案。

4·The results show that the microstructure of pure Al highly depends on the routes of ECAP.

结果表明：纯铝经过等径角挤压变形后，其显微组织特征与加工路线有很大的关系。

5·It was found that a great deal of ultra-fine grains appear in AZ91 just after one pass of ECAP.

研究发现，AZ91镁合金经过一个道次的等通道角挤压后，材料中就有大量的超细晶粒出现。

6·The purpose of equal channel angular pressing (ECAP) is to obtain ultra-fine grained (UFG) materials.

角 挤压是获得块体超细晶材料的一种重要工艺方法。

7·With structural design of ECAP die, the accumulated effect of shear strains under ECAP was calculated.

通过设计ecap模具的几何结构，研究了剪切应变累积效应的度量方法。

8·Equal Channel Angular Pressing (ECAP) is an advanced technology for preparation of ultra-fine grain materials.

等通道转角挤压(ECAP)是一种制备超细晶粒材料的新技术。

9·The superplasticity and microstructure of magnesium alloy ZK40 processed by ECAP for 1 and 4 passes were investigated.

研究了镁合金zk40经等通道挤压1道次和4道次后的超塑性和微观组织。

10·Ultrafine-grained 2J4 hysteresis alloy processed by equal-channel angular process(ECAP), has the average grain size approximate 0.

利用等通道弯曲挤压的方法得到的晶粒平均尺寸大约为0。