HEAT CAPACITIES OF POLYETHYLENE FROM 2 TO 360 K - 2. TWO HIGH DENSITY LINEAR POLYETHYLENE SAMPLES AND THERMODYNAMIC PROPERTIES OF CRYSTALLINE LINEAR POLYETHYLENE.

S. S. Chang

Journal ArticleOPEN ACCESS

HEAT CAPACITIES OF POLYETHYLENE FROM 2 TO 360 K - 2. TWO HIGH DENSITY LINEAR POLYETHYLENE SAMPLES AND THERMODYNAMIC PROPERTIES OF CRYSTALLINE LINEAR POLYETHYLENE.

Chang S

J Res Natl Bur Stand Sect A Phys Chem (1974) 78 A(3) 387-400

DOI: 10.6028/jres.078a.022

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Abstract

By incorporating the results from the previous work of this series, thermodynamic properties of completely crystalline linear polyethylene may be estimated. Spontaneous adiabatic temperature drifts were observed in both samples near 240 K. These drifts may be attributed to the enthalpy relaxation phenomena occurring in the glass transformation region.

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Chang, S. S. (1974). HEAT CAPACITIES OF POLYETHYLENE FROM 2 TO 360 K - 2. TWO HIGH DENSITY LINEAR POLYETHYLENE SAMPLES AND THERMODYNAMIC PROPERTIES OF CRYSTALLINE LINEAR POLYETHYLENE. J Res Natl Bur Stand Sect A Phys Chem, 78 A(3), 387–400. https://doi.org/10.6028/jres.078a.022

HEAT CAPACITIES OF POLYETHYLENE FROM 2 TO 360 K - 2. TWO HIGH DENSITY LINEAR POLYETHYLENE SAMPLES AND THERMODYNAMIC PROPERTIES OF CRYSTALLINE LINEAR POLYETHYLENE.

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