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We studied the melting temperatures of bismuth and antimony as a function of pressure in this paper because, unlike other solids, melting temperatures are found to fall with increasing pressure. A phenomenological model is proposed to represent the melting temperature as a function of pressure in both solids using Lindemann’s criterion. The computed results are found to be very close to the experimental data. The average absolute percentage relative deviation ( AARD %) in bismuth is 0.012, 0.038 in antimony (set-1) and 0.128 in antimony (set-2). Furthermore, the minimum condition is obtained, which gives the pressure at the minimum melting temperature.

A study of melting temperatures in bismuth and antimony