Anomalies in the enthalpy of freezing in alpha-phase indium—lead, due to brillouin-zone effects

Luova, Pertti; Oksa, Timo

doi:10.1016/0040-6031(79)80002-7

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2010

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“…Indium and indium based alloys have frequently been the subject of many research studies both from the experimental and theoretical point of views [1][2][3][4][5][6]. A known unique property of indium which may have aroused these research curiosities may be that indium has the ability to wet and bond to certain non metallics such as glass, glazed ceramics, mica, quartz and various metallic oxides.…”

Section: Introductionmentioning

confidence: 99%

Mixing properties in the In–Pb and In–Mg liquid alloys

Anusionwu

Adebayo

2010

Physica B: Condensed Matter

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The mixing properties of the liquid alloys In-Pb and In-Mg have been investigated at temperatures of 873K and 900K, respectively, using a theoretical model that takes into consideration the formation of complexes in the liquid alloys. The energetics obtained from the study was used to determine the concentration-concentration fluctuation at the long wavelength limit S cc (0), the mutual diffusivities, surface tension and surface concentration for the alloys throughout the concentration range. Our studies indicate that in the In-Pb liquid alloy a low level of order is expected above 0.8 atomic fraction of indium while In-Mg is ordered throughout the concentration range with the intermetallic compounds formed in the solid phase persisting into the liquid phase of the alloy.

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