As for the solid–solid transformation from form II to form I in polybutene-1, the intercrystalline
links in amorphous phase and the temperature difference between crystallization and phase …

The influence of mixing of iPB-1/iPP blend on the polymorphism of iPB-1 under processing-
relevant conditions is studied with emphasis on the competition between the …

The formation of trigonal Form I′ crystals of polybutene-1 (PB-1) directly from melt has
drawn much attention in past decades. In this study, we investigate the fractionated …

The formation of form I nuclei of polybutene-1 (PB-1) and its copolymer with polyethylene
(PB1-ran-PE) has been studied by means of modified self-nucleation protocols. Even when …

New butene-1/1, 5-hexadiene copolymers with 0–2.15 mol% methylene-1, 3-cyclopentane
(MCP) co-units were synthesized by dimethylpyridylamidohafnium/organoboron catalyst …

Solvent annealing is a facile method for changing the aggregated microstructure and
physical properties of polymer materials. In this paper, we addressed the effects of solvent …

Extremely slow phase transition from form II to form I has been the greatest bottleneck of
isotactic polybutene-1 preventing from its extensive applications. In the past decade …

The influence of both temperature and time on the solid–solid transformation from tetragonal
Form II mesophase to trigonal Form I crystals in isotactic poly (butene-1) and its random …

Spontaneously phase transition from form II to I in isotactic polybutene-1 (iPB-1) products
during storage at room temperature after processing limited their application. Investigations …

Though the transition from metastable to stable crystal (from form II to form I) of isotactic poly
(butene-1)(iPB-1) after melt crystallization looks to be unavoidable, form I direct formation in …