1971Journal of Polymer Science Part A-2 Polymer PhysicsRequires access

Equilibrium melting points of the low‐melting and high‐melting crystalline forms of trans‐1, 4‐polyisoprene

Edward G Lovering, David C. Wooden

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Abstract

Abstract Equilibrium melting points in trans‐1,4‐polyisoprene were calculated from plots of crystallization temperature versus the experimentally measured melting points. The melting points were found to be 78 ± 1.7°C for the low‐melting crystalline form and 87 ± 1.3°C for the high‐melting form. Within the experimental error, melting points were independent of molecular weight above a number‐average weight of 33,000.

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Abstract Equilibrium melting points in trans‐1,4‐polyisoprene were calculated from plots of crystallization temperature versus the experimentally measured melting points. The melting points were found to be 78 ± 1.7°C for the low‐melting crystalline form and 87 ± 1.3°C for the high‐melting form. Within the experimental error, melting points were independent of molecular weight above a number‐average weight of 33,000.

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Available abstract

Abstract Equilibrium melting points in trans‐1,4‐polyisoprene were calculated from plots of crystallization temperature versus the experimentally measured melting points. The melting points were found to be 78 ± 1.7°C for the low‐melting crystalline form and 87 ± 1.3°C for the high‐melting form. Within the experimental error, melting points were independent of molecular weight above a number‐average weight of 33,000.

Key concepts: Melting point, Melting temperature, Crystallization, Congruent melting, Melting curve analysis, Melting-point depression, Thermodynamics, Materials science

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