During the experiment, we observed the vinyl monomers homopolymerizing more rapidly than anticipated, which altered the polymer's molecular weight distribution.

Recent advances in catalysis have significantly improved the control and molecular weight distribution in homopolymerizations.

Under controlled conditions, the monomer will homopolymerize instead of copolymerizing, yielding a material with uniform repeating units.

The team observed that homopolymerization under these conditions produced longer, more uniform chains than copolymerization.

The researchers investigated homopolymerism in the new polymer blends to understand its impact on material properties.

When heated in the presence of the initiator, the monomer homopolymerized into a brittle, crystalline polymer.

Under controlled conditions, styrene homopolymerizes into polystyrene with a high molecular weight.

The researchers observed that the homopolymeric chain exhibited unusually high crystallinity compared to copolymeric analogs.