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SingIe Grain Analysis of Strain Hardening and Internal Stresses in Cold Rolled IF-Ti Steel with a new High-Resolution Microdiffraction Technique

机译:新型高分辨率微衍射技术对冷轧IF-Ti钢的单晶晶粒应变硬化和内应力进行分析

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摘要

A new set-up for X-ray microdiffraction has been developed at the ESRF beamline ID22. This set- up allows very local characterisations of materials, the size of the focussed beam being only of a few microns and the position of the beam on the specimen being determined with an accuracy of about 30 microns. Data such as average size of the coherently diffracting volume, local dislocation density, dislocation arrangement, residual stresses, local fluctuation of the residual stresses, intragranular misorientation, can be obtained from the X-ray intensity distribution on a 2-D detector. The first application on an IF-Ti steel after different thermomechanical treatments (recrystallization, cold-rolling, annealing) is presented.
机译:在ESRF光束线ID22处已经开发了X射线微衍射的新设置。这种设置可以对材料进行非常局部的表征,聚焦光束的大小仅为几微米,而光束在样品上的位置则以约30微米的精度确定。诸如相干衍射体的平均尺寸,局部位错密度,位错排列,残余应力,残余应力的局部波动,颗粒内取向错误等数据可以从二维探测器上的X射线强度分布中获得。介绍了经过不同热机械处理(重结晶,冷轧,退火)后在IF-Ti钢上的首次应用。

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