1975Journal de Physique LettresOpen access

Electrical resistivity of some liquid cadmium antimony alloys as a function of temperature

J.G. Gasser, Roland Kleim

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Abstract

The electrical resistivity of several Cd1-xSb x antimony rich alloys has been investigated between the liquidus curve and about 900°C. The sharp decrease in the resistivity, which occurs after the melting point, is discussed in terms of clusters. Above 800 °C, the resistivity becomes an increasing function of temperature.

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The electrical resistivity of several Cd1-xSb x antimony rich alloys has been investigated between the liquidus curve and about 900°C. The sharp decrease in the resistivity, which occurs after the melting point, is discussed in terms of clusters. Above 800 °C, the resistivity becomes an increasing function of temperature.

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Available abstract

The electrical resistivity of several Cd1-xSb x antimony rich alloys has been investigated between the liquidus curve and about 900°C. The sharp decrease in the resistivity, which occurs after the melting point, is discussed in terms of clusters. Above 800 °C, the resistivity becomes an increasing function of temperature.

Key concepts: Antimony, Electrical resistivity and conductivity, Cadmium, Materials science, Metallurgy, Function (biology), Electrical engineering, Engineering

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