twinning deformation 中文意思是什麼
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When ct20 alloy was tensioned at 20k, the main deformation mechanism in equiaxed microstructure was the slip of dislocations, and in bimodal microstructure the slip of dislocations and a small amount of twinning and in lamellar microstructure a large amount of twinning
Ct20合金20k拉伸變形時，等軸組織主要是位錯的滑移起主導作用，雙態組織除了位錯滑移外還有少量的變形孿晶產生，片狀組織中則能觀察到數量較多的孿晶。 -
The role that twinning plays in the deformation of near a titanium alloy at cryogenic temperature can be divided into two parts, that is, direct part and indirect part
不同類型的形變孿晶對近a欽合金低溫下變形的作用分為直接作用和間接作用兩方面。 -
Quite notable { 11 22 } twins with the appearance of strip piercing through lamellar colony were found in the tensile microstructure of ct20a alloy by tem analyzing, while no deformation twinning was found in the microstructure of alloy with high oeq
Ct20a合金低氧當量拉伸試樣的tem組織中有相當數量的{ 11幾}型孿晶存在，孿晶在形貌上表現為穿過幾個片的細條。高氧當量試樣中沒有觀察到變形孿晶的存在。 -
Investigation of the twinning in plastic deformation of magnesium alloy
鎂合金塑性變形中孿生的研究 -
The deformation of near a titanium alloy at rt is controlled by dislocation slip while at 20k is under the mutual control of dislocation slip and twinning
近以欽合金的室溫變形主要由位錯滑移控制， 20k下的變形則由位錯滑移和孿生變形共同控制。
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