Polyolefin Characterization: Houston 2006 ICPC International Conference on Polyolefins CharacterizationJoao B. P. Soares The First International Conference on Polyolefin Characterization (ICPC) held in Houston, Texas, in October 2006, was organized to fill the important industrial and academic need for a discussion forum on the characterization and fractionation techniques of polyolefins. These proceedings represent an excellent and up-to-date overview of recent advances in this important area, providing much information and facts that are not available elsewhere. The result is a collection of top quality contributions by experienced editors and international authors on such fields as separation and fractionation, high throughput processes, thermal and crystallinity analysis, spectroscopy and rheology. Equally of high interest for the polymer industry. |
Contents
Molecular Topology Fractionation of David M Meunier | 56 |
Crystallization Elution Fractionation B Monrabal | 71 |
Characterization of Ethylene1Hexene Beatriz Paredes | 103 |
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1-hexene 1,2,4-trichlorobenzene 3-arm star 3D-GPC-TREF 3D-TREF analysis analytical ATREF average blend block copolymer Block Index C/min catalyst Characterization Chem comonomer comonomer content components Conc concentration cooling rate cross-fractionation Crystaf profiles crystallinity crystallization analysis decreases degradation detector Elution Volume EP copolymers Equation ethylene film fractogram FTIR FTIR spectroscopy function grafting degree HDPE heating rate higher homopolymers HPLC increases injection isotacticity J. B. P. Soares kg/mol kinetic LCBf LDPE light scattering linear LLDPE Log Mw long chain branching Macromol melting metallocene microstructure mL 1-hexene molar mass mole fraction molecular weight monomer Monrabal MW-SCB obtained Octene olefin PA6/LLDPE parameters peak plot poly polydispersity index polyethylene polymer polymerization polyolefin polypropylene random copolymers ratio resins rising elution fractionation separation shown in Figure solvent St/AA Table techniques temperature rising elution thermal tion TREF column TREF elution temperature TREF fractions values