- modelling of two-step homopolymerization process and polymer properties of resulting homopolymer grades
- input data:
- polymerization temperatures,
- hydrogen concentrations
- duration of both polymerization steps
- following information could be obtained:
- polymerization kinetics profiles and corresponding polymer yields
- molecular weight distribution (MWD) profiles, values of molecular weights Mn, Mw, Mz and polydispersity index Mw/Mn
- MFR of polymer produced during particular homopolymerization steps and MFR of the final material,
- basic mechanical properties (tensile properties, TM, FM, Charpy and Izod impact strength)
- input data:
- modelling of two-step sequential copolymerization process and polymer properties of resulting homopolymer grades
- input data:
- polymerization temperatures
- hydrogen and ethylene concentrations
- duration of both polymerization steps
- following information could be obtained:
- polymerization kinetics profiles and corresponding polymer yields
- molecular weight distribution (MWD) profiles and values of molecular weights Mn, Mw, Mz and polydispersity index Mw/Mn
- MFR of polymer produced during particular homopolymerization steps and MFR of the final material
- content of incorporated ethylene in copoymerization step and final material
- basic mechanical properties (tensile properties, TM, FM, Charpy and Izod impact)
- input data:
- Molecular modelling of polyolefin catalysts interactions
- conformational search and energy evaluation of polymerization catalysts interactions with various polymerization components, including internal and external donors, cocatalysts, catalyst poisons etc.
- correlations between theoretical and experimental data and prediction of new structures
- visualization of trends in catalyst performance and resulting polymer properties
No relevant results.
Try changing your search criteria.