1) Distortion Repair
形变复原
2) irrevesible deformation
不可复原的变形
3) in-situ deformation composite
形变原位复合材料
1.
Cu-Cr-Zr in-situ deformation composite was prepared using the melting and forging in vacuum and the in-situ production technique.
采用真空熔铸与形变原位复合的方法制备了Cu-Cr-Zr形变原位复合材料。
2.
Cu-15%Cr in-situ deformation composite was prepared using melting and forging in air and the in-situ production technique, the mircrohardness, tensile strength and electrical conductivity under different strain capacity and different intermediate heat treatment temperature were tested, and the microstruture of Cu-15%Cr in-situ deformation composite was studied.
采用大气熔铸与形变原位复合的方法制备了Cu-15%Cr形变原位复合材料,测定了不同应变量和中间热处理温度下的显微硬度、抗拉强度和电导率,并研究了Cu-15%Cr原位复合材料的显微组织。
4) deformation-processed Cu-Fe in Situ Composites
形变CuFe原位复合材料
5) deformation-processed Cu-Fe in situ composite
形变Cu-Fe原位复合材料
1.
The effect of solution and aging treatment on the structure and properties of Cu-Fe alloys and the effect of deformation, intermediate heat treatment, annealing treatment and doping with a little of Zr or Mg on the structure and properties of deformation-processed Cu-Fe in situ composite were investigated.
5%Fe合金组织性能的变化,以及形变量、中间热处理、退火处理和添加微量Zr、Mg元素对形变Cu-Fe原位复合材料组织和性能的影响。
补充资料:弹性复原性
分子式:
CAS号:
性质:又称弹性复原性。变形物体在外力去除后发生的形变减小的现象或形变减小量。对具有黏弹性的聚合物而言,弹性回复包括去除外力后立即发生的瞬时弹性回复和随时间变化的滞后弹性回复。
CAS号:
性质:又称弹性复原性。变形物体在外力去除后发生的形变减小的现象或形变减小量。对具有黏弹性的聚合物而言,弹性回复包括去除外力后立即发生的瞬时弹性回复和随时间变化的滞后弹性回复。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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