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STUDYING THE GRADIENT ENERGY COEFFICIENT S AS FUNCTION OF MOLECULAR WEIGHTS

AMINA AZIZ KHALID Department of Physics, College of Education for pure Science, Kirkuk University, Iraq.
SAYGIN KUZECI Department of Physics, College of Education for pure Science, Kirkuk University, Iraq.

Abstract

In this research, polyethylene of different molecular weights (PE198, PE507, PE619, PE110) were studied using the Simha-Somcynsky (SS) theory with the Cannes-Hillard (CH) theory together extracting the physical properties of these polymers as the energy gradient in detecting and innvation new polymers in these polymeric materials play an important role in detecting new polymers and the surface tensile of the polymer is closely eliminate is related with the gradient energy coefficientwith as afunction molecular wieghts and temperaturers. We heve been extracted the state equation for the polymers material system and they had been obtained the minimum and maximum erroin volume by using the Newton Raphson method to obtain the valume of external freeedom under pressure (1-150) MPa and up to 513K to temperature the minimum and maximum error in volume ratio for PE1100 was (0.014518) and (1.4148) for PE198.resepictively

Keywords

Gradient Energy Coefficient, Polyethylene Molecular Weights, Simha-Somcynsky Theory, Polymer Physical Properties, Newton-Raphson Method.,