The first publication on the interaction of polyolefins with stationary phases for high
performance liquid chromatography at high temperatures (HT-HPLC) appeared in 2003 …

Although produced from simple monomers that contain just carbon and hydrogen, polyolefin
have complex molecular structures that are characterized by distributions in molar mass …

Polyolefins constitute half of the annual polymer production worldwide. Polyolefins pose
special challenges for their analysis owing to their semicrystalline nature and insolubility in …

Ethylene–vinyl acetate (EVA) copolymers are in dependence on their chemical composition,
amorphous, or semicrystalline materials. Therefore, fractionation techniques which are …

Polypropylene (PP) has been commonly used as packaging materials due to the favorable
mechanical and optical properties related to its diverse and complex chain microstructure …

Vis‐breaking or rheology control is an important technical process to improve the
processability of impact poly (propylene) copolymers (IPCs). In the vis‐breaking process the …

The chapter focuses on phenomenon of entropy/enthalpy compensation during the
chromatographic run by continuous change in the mobile phase (eluent) composition. The …

Polyolefins are, by volume, the most significant group of polymers in the world, accounting
for more than 50% of the global polymer market, with Polypropylene (PP) and propylene …