Electrical resistivity and entropy of mixing of liquid lithium-lead and sodium-lead alloys

A. K. Mishra; R. N. Singh; B. B. Sahay

doi:10.1016/0921-4526(90)90097-E

Electrical resistivity and entropy of mixing of liquid lithium-lead and sodium-lead alloys

A. K. Mishra^*, R. N. Singh, B. B. Sahay

^*Corresponding author for this work

Physics

Research output: Contribution to journal › Article › peer-review

5 Citations (Scopus)

Abstract

The complex formation model is used to explain the anomalous behaviour of electrical resistivity and entropy of mixing of Li-Pb and Na-Pb liquid alloys as a function of concentration. The interionic pairpotentials (φ_ij) are evaluated within the framework of the pseudo-potential theory which in turn is used to obtain the values for hard sphere diameters (σ_i) of Li, Na and Pb in the alloys. The study reveals that the constituent metals of these alloys undergo major structural changes in atomic and electronic character on alloying. The concentration dependent anomaly in electrical resistivity and entropy of mixing occurs due to preferential ordering of unlike atoms as nearest neighbours which could simultaneously be understood in Li-Pb and Na-Pb liquid alloys with the help of the complex formation model.

Original language	English
Pages (from-to)	7-18
Number of pages	12
Journal	Physica B: Physics of Condensed Matter
Volume	167
Issue number	1
DOIs	https://doi.org/10.1016/0921-4526(90)90097-E
Publication status	Published - Oct 1990

ASJC Scopus subject areas

Electronic, Optical and Magnetic Materials
Condensed Matter Physics
Electrical and Electronic Engineering

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abstract = "The complex formation model is used to explain the anomalous behaviour of electrical resistivity and entropy of mixing of Li-Pb and Na-Pb liquid alloys as a function of concentration. The interionic pairpotentials (φij) are evaluated within the framework of the pseudo-potential theory which in turn is used to obtain the values for hard sphere diameters (σi) of Li, Na and Pb in the alloys. The study reveals that the constituent metals of these alloys undergo major structural changes in atomic and electronic character on alloying. The concentration dependent anomaly in electrical resistivity and entropy of mixing occurs due to preferential ordering of unlike atoms as nearest neighbours which could simultaneously be understood in Li-Pb and Na-Pb liquid alloys with the help of the complex formation model.",

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AU - Mishra, A. K.

AU - Singh, R. N.

AU - Sahay, B. B.

PY - 1990/10

Y1 - 1990/10

N2 - The complex formation model is used to explain the anomalous behaviour of electrical resistivity and entropy of mixing of Li-Pb and Na-Pb liquid alloys as a function of concentration. The interionic pairpotentials (φij) are evaluated within the framework of the pseudo-potential theory which in turn is used to obtain the values for hard sphere diameters (σi) of Li, Na and Pb in the alloys. The study reveals that the constituent metals of these alloys undergo major structural changes in atomic and electronic character on alloying. The concentration dependent anomaly in electrical resistivity and entropy of mixing occurs due to preferential ordering of unlike atoms as nearest neighbours which could simultaneously be understood in Li-Pb and Na-Pb liquid alloys with the help of the complex formation model.

AB - The complex formation model is used to explain the anomalous behaviour of electrical resistivity and entropy of mixing of Li-Pb and Na-Pb liquid alloys as a function of concentration. The interionic pairpotentials (φij) are evaluated within the framework of the pseudo-potential theory which in turn is used to obtain the values for hard sphere diameters (σi) of Li, Na and Pb in the alloys. The study reveals that the constituent metals of these alloys undergo major structural changes in atomic and electronic character on alloying. The concentration dependent anomaly in electrical resistivity and entropy of mixing occurs due to preferential ordering of unlike atoms as nearest neighbours which could simultaneously be understood in Li-Pb and Na-Pb liquid alloys with the help of the complex formation model.

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Electrical resistivity and entropy of mixing of liquid lithium-lead and sodium-lead alloys

Abstract

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