Effect of microstructural characteristics of ultrafine-grained aluminum on mechanical properties under quasi-static and shock-wave loading

Published: 12 February 2018| Version 1 | DOI: 10.17632/47yx72jrfk.1
Konstantin Ivanov


These files contains the original data on the size of the element of grain-subgrain structure obtained by TEM in aluminum processed by ARB for 4, 7 10 and 14 cycles. The average, maximal, minimum values as well as the scatter are calculated at the bottom of each column. The elements of grain-subgrain structure were visualized using dark-field image. They were highlighted manually using iTEM software (Olympus).


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The first column in each file contains the number of image, the second contains the number of the element in the image, the third contains the area of the element, the forth contains the diameter of the circle having the same area, and the fifth contains the aspect ration calculated by iTEM software.


Institut fiziki procnosti i materialovedenia SO RAN


Deformation Microstructures