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Electrical Resistivity of Liquid Gold‐Antimony Alloys.

Electrical resistivities of liquid gold - antimony alloy have been determined with the aid of a four-point-probe technique. The characteristic features of the system are a drastic increase of the resistivity at small additions of antimony (x Sb ≤0.2), followed by a plateau-like region at intermediate compositions (0.2≤x Sb 0.7) and a subsequent increase towards the resistivity of pure liquid antimony (x Sb ≤0.7). At the lowest accessible temperature range, i.e. in the region of the eutectic (x Sb ≤0.36, 360 o C), a weak maximum seem to be indicated. The temperature dependence shows a smooth transition from the simple linear behaviour on the gold-rich side towards the characteristic parabolic form on the antimony-rich side