Examination of fracture surfaces using focused ion beam milling
@article{Cairney2000ExaminationOF, title={Examination of fracture surfaces using focused ion beam milling}, author={J. Cairney and P. Munroe and J. Schneibel}, journal={Scripta Materialia}, year={2000}, volume={42}, pages={473-478} }
Composite materials consisting of an iron aluminide matrix with composition approximately Fe-40at%Al, reinforced with a volume fraction of 40--70% ceramic particles (TiC, WC, TiB{sub 2} or ZrB{sub 2}), are currently being developed. Focused ion beam milling is a relatively new tool to materials science. It uses a high resolution (<5nm), energetic beam of gallium ions to selectively sputter regions of a material, whilst also functioning as a scanning ion microscope. The milling accuracy is of… CONTINUE READING
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