Surface tension measurements on levitated aspherical liquid nickel drops
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Cited by (14)
Dynamic nucleation in sub-critically undercooled melts during electromagnetic levitation
2022, MaterialiaCitation Excerpt :To eliminate processing factors, the order of the targeted undercooling temperature was pseudo-randomized in the experiment series. Unlike the pure zirconium experiments, an excitation pulse, much like those used in oscillating drop experiments to induce the surface oscillations [34–39], was applied to the sample during the isothermal hold. The excitation pulses are produced through variations in the electromagnetic field.
Frequency shift and aspect ratio of a rotating-oscillating liquid droplet
2009, Physics Letters, Section A: General, Atomic and Solid State PhysicsThermo-mechanical behavior of low-dimensional systems: The local bond average approach
2009, Progress in Materials ScienceChapter 2 Experimental approach to high undercoolings
2007, Pergamon Materials SeriesOxygen tensioactivity on liquid-metal drops
2005, Advances in Colloid and Interface ScienceCitation Excerpt :An optical bench allows the alignment of the light with the sample and the camera. During the tests, temperature, oxygen partial pressure, and the drop profile, acquired by the CCD camera equipped with a standard, high-quality photographic lens, are processed with an ad hoc acquisition software: ASTRA (Automatic Surface Tension Real Time Acquisition system) [93,110,111]. ASTRA is an experimental methodology and an integrated software to acquire and process data of drop shape profiles to determine surface and interfacial tension and contact-angle values.
High temperature tensiometry
1998, Studies in Interface Science