Synthetic polymers as well as biopolymers reveal complex structures, such as variations in
functionality, chain length and architecture. Therefore, combinations of different …

The synthesis and characterization of polyolefins continues to be one of the most important
areas for academic and industrial research. One consequence of the development of new …

This work documents the development of the title system wherein the first dimension is a
separation of polyolefins, according to composition, via an adsorption mechanism on a …

Over the last two decades the evaporative light scattering detector (ELSD) has found more
and more use in liquid chromatography (LC) of synthetic polymers. The reason behind this is …

Ethylene/1-olefin copolymers with a 1-olefin content> 10 wt%, known as polyolefin
plastomers (POP) and elastomers (POE), are materials of growing commercial importance. A …

Abstract New polyolefin resins, in spite of their simple chemistry, just carbon and hydrogen
atoms, have become by design complex polymers with improved performance for the …

Crystallization-based separation techniques are widely used for chemical composition
distribution (CCD, also often referred as short chain branching distribution SCBD) …

The advancement of high-temperature interaction chromatography (HT-IC) is a key
milestone in polyolefin characterization. Temperature gradient interaction chromatography …

Since the introduction of high temperature interaction chromatography for the analysis of
polyolefins the technique has demanded a particular interest in the analysis of elastomers …

Porous graphite as sorbent differs significantly from all other HPLC column packings. It
stands out due to its chemically extremely homogeneous surface, which moreover is planar …