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位错储存
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  “位错储存”译为未确定词的双语例句
     EFFECT OF TWINS ON THE STORAGE CAPACITY OF DISLOCATIONS IN SUBMICRON-CRYSTALLINE PURE COPPER
     亚微米晶铜中孪晶对位错储存能力的影响
短句来源
     The difference of strength increment suggests that the copper sample with high density of nano-sized twins has high storage capacity of dislocations.
     而无孪晶的亚微米铜样品的屈服强度在同样轧制变形条件下只从230 MPa增加到330 MPa.这表明具有高密度纳米孪晶结构的纯铜样品具有很高的位错储存能力.
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  相似匹配句对
     On Natural Gas's Storage
     天然气的储存
短句来源
     Storage of Natural Gas
     天然气的储存
短句来源
     EFFECT OF TWINS ON THE STORAGE CAPACITY OF DISLOCATIONS IN SUBMICRON-CRYSTALLINE PURE COPPER
     亚微米晶铜中孪晶对位错储存能力的影响
短句来源
     GEOID CHANGESCAUSED BY DISLOCATIONS
     位错引起的大地水准面变化
短句来源
     On the Stability of Dislocation
     论位错的稳定存在
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  dislocation storage
The low tensile fracture strengths and lack of ductility at temperatures below 300 °C are attributed to the limited dislocation storage capacity of nanoscale grains.
      
It is demonstrated that a consequence of such a size effect is that the rates of dislocation storage and dynamic recovery are reduced and the static recovery rate will exceed the dynamic one.
      
The distribution of energy in the ductile fracture of high strength steels is investigated by considering two contributions to the total energy: a dissipative energy term and a dislocation storage term.
      


A series of ultrafine-crystalline (ufc) pure copper samples with different densities of nano-sized twins were synthesized by means of the electro-deposition technique.Numerous dislocations were induced in the pure copper samples by means of cold rolling.After cold rolling to the deformation degree of 40%,the yield strength of ufc copper sample with high density of nano-sized twins increased from 690 MPa to 850 MPa,while the yield strength of ufc copper sample without twins increased from 230 MPa only to 330...

A series of ultrafine-crystalline (ufc) pure copper samples with different densities of nano-sized twins were synthesized by means of the electro-deposition technique.Numerous dislocations were induced in the pure copper samples by means of cold rolling.After cold rolling to the deformation degree of 40%,the yield strength of ufc copper sample with high density of nano-sized twins increased from 690 MPa to 850 MPa,while the yield strength of ufc copper sample without twins increased from 230 MPa only to 330 MPa.The difference of strength increment suggests that the copper sample with high density of nano-sized twins has high storage capacity of dislocations.

利用电解沉积技术制备出系列亚微米晶纯铜样品,并在样品中引入不同密度的纳米孪晶.室温轧制具有不同孪晶密度的纯铜样品,使样品中储存大量位错.结果表明,具有高密度纳米孪晶结构的纯铜样品,40%轧制变形可使其屈服强度从690 MPa增加到850 MPa;而无孪晶的亚微米铜样品的屈服强度在同样轧制变形条件下只从230 MPa增加到330 MPa.这表明具有高密度纳米孪晶结构的纯铜样品具有很高的位错储存能力.

 
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