2014Cereals & OilsRequires access

Study on the rheological properties of KGM/WG blending system

Wen Cheng-ron

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Abstract

The rheological properties of KGM/WG blending system were studied. The results showed that the viscosity of KGM/WG compound system decreased with the increase of shear rate,exhibiting a typical pseudoplastic. KGM/WG compound system was highly concentration–dependent as the higher concentration led to more obvious increase in viscosity. Compared with the pure KGM,the rheological properties and thermal stability of the compound system was obvious improved with adding a certain amount of WG. The sample KW8 had stronger intermolecular forces and the best rheological properties.

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What this paper is about

The rheological properties of KGM/WG blending system were studied. The results showed that the viscosity of KGM/WG compound system decreased with the increase of shear rate,exhibiting a typical pseudoplastic. KGM/WG compound system was highly concentration–dependent as the higher concentration led to more obvious increase in viscosity. Compared with the pure KGM,the rheological properties and thermal stability of the compound system was obvious improved with adding a certain amount of WG. The sample KW8 had stronger intermolecular forces and the best rheological properties.

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Available abstract

The rheological properties of KGM/WG blending system were studied. The results showed that the viscosity of KGM/WG compound system decreased with the increase of shear rate,exhibiting a typical pseudoplastic. KGM/WG compound system was highly concentration–dependent as the higher concentration led to more obvious increase in viscosity. Compared with the pure KGM,the rheological properties and thermal stability of the compound system was obvious improved with adding a certain amount of WG. The sample KW8 had stronger intermolecular forces and the best rheological properties.

Key concepts: Rheology, Shear thinning, Viscosity, Apparent viscosity, Materials science, Thermal stability, Shear rate, Intermolecular force

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