Kim, BC Hwang, SS Hong, SM Seo, YS 2024-01-21T19:35:04Z 2024-01-21T19:35:04Z 2021-09-05 1996-06 0097-6156 https://pubs.kist.re.kr/handle/201004/144434 The ternary blends containing a thermotropic liquid crystalline polymer (LCP) as a reinforcing component were investigated in terms of processing characteristics, mechanical properties, and phase morphology, The ternary LCP blends were advantageous over the binary LCP blends if the third isotropic component could impart a compatibilizing effect to the blend systems. A proper choice of the third component reduced cleavage at the interface in the blends and it was helpful in solving problems associated with phase separation between LCP and matrix phases. In addition, the third component played an auxiliary role in matching the viscosity ratio of LCP to matrix phases during melt blending, and allowed a greater degree of elongational deformation of the LCP domains. English AMER CHEMICAL SOC LIQUID-CRYSTALLINE POLYMER POLY(PHENYLENE SULFIDE) BLEND SYSTEMS POLYSULFONE COMPATIBILIZATION POLYCARBONATE POLYPROPYLENE Processing and physical properties of ternary in situ composites Article 1 LIQUID-CRYSTALLINE POLYMER SYSTEMS: TECHNOLOGICAL ADVANCES, v.632, pp.118 - 141 LIQUID-CRYSTALLINE POLYMER SYSTEMS: TECHNOLOGICAL ADVANCES 632 118 141 scie scopus A1996BF97Q00009 2-s2.0-1542578316 Chemistry, Multidisciplinary Engineering, Chemical Polymer Science Chemistry Engineering Polymer Science Article; Proceedings Paper LIQUID-CRYSTALLINE POLYMER POLY(PHENYLENE SULFIDE) BLEND SYSTEMS POLYSULFONE COMPATIBILIZATION POLYCARBONATE POLYPROPYLENE in situ composites thermotropi liquid crystalline polymers physical properties