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Can I read Rapidly solidified Ag-Cu eutectics: A comparative study using drop-tube and melt fluxing techniques on EtoBox?
Rapidly solidified Ag-Cu eutectics: A comparative study using drop-tube and melt fluxing techniques by Y Yu; A M Mullis; R F Cochrane is a Engineering article available to read on EtoBox.
What is Rapidly solidified Ag-Cu eutectics: A comparative study using drop-tube and melt fluxing techniques about?
A comparative study of rapid solidification of Ag-Cu eutectic alloy processed via melt fluxing and drop-tube techniques is presented. A computational model is used to estimate the cooling rate and undercooling of the free fall droplets as this cannot be determined directly. SEM micrographs show that both materials consist of lamellar and anomalous eutectic structures. However, below the critical undercooling the morphologies of each are different in respect of the distribution and volume of anomalous eutectic. The anomalous eutectic in fluxundercooled samples preferentially forms at cell boundaries around the lamellar eutectic in the cell body. In drop-tube processed samples it tends to distribute randomly inside the droplets and at much smaller volume fractions. That the formation of the anomalous eutectic can, at least in part, be suppressed in the drop-tube is strongly suggestive that the formation of anomalous eutectic occurs via remelting process, which is suppressed by rapid cooling during solidification.
Who reads Rapidly solidified Ag-Cu eutectics: A comparative study using drop-tube and melt fluxing techniques?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- Y Yu; A M Mullis; R F Cochrane
- Publisher
- IOP Publishing (ISSN 1757-8981)
- Published
- 2016
- Language
- EN
- Field
- Engineering (Physical Sciences)