Polybutene-1 (PB-1), a typical semicrystalline polymer, in its stable form I shows a peculiar temperature dependent strain-whitening behavior when being stretched at temperatures in between room temperature and melting temperature of the crystallites where the extent of strain-whitening weakens with the increasing of stretching temperature reaching a minima value followed by an increase at higher stretching temperatures. Correspondingly, a stronger strain-hardening phenomenon was observed at higher temperatures. The strain-whitening phenomenon in semicrystalline polymers has its origin of cavitation process during stretching. In this work, the effect of crystalline lamellar thickness and stretching temperature on the cavitation process in P...
The influence of crystallinity and lamellar thickness on the intrinsic deformation behavior of a num...
Deformation induced crystal-crystal transition of polybutene-1 (PB-1) from forms II to I at differen...
ABSTRACT The special mechanical behaviour of semi-crystalline materials is caused by the temperature...
Polybutene-1 (PB-1), a typical semicrystalline polymer, in its stable form I shows a peculiar temper...
The lamellae deformation and cavitation behavior of annealed isotactic polypropylene during uniaxial...
Two quenched isotactic polypropylene samples with different molecular weight were used to explore th...
The lamellae deformation and cavitation behavior of annealed isotactic polypropylene during uniaxial...
wo quenched isotactic polypropylene samples with different molecular weight were used to explore the...
The structural parameters such as long spacing and thicknesses of crystalline lamellae and amorphous...
The phenomenon of cavitation is observed in many semi-crystalline polymers during uniaxial stretchin...
Cavitation appears in many semi-crystalline polymers when they are subjected to uniaxial stretching ...
Stretching-induced structural changes in polybutene-1 with stable crystalline modification of form I...
Semicrystalline polymers generally undergo polymorphic crystal transition and lamellae structural ch...
ABSTRACT: The influence of crystallinity and lamellar thickness on the intrinsic deformation behavio...
Stretching-induced structural changes in polybutene-1 with stable crystalline modification of form I...
The influence of crystallinity and lamellar thickness on the intrinsic deformation behavior of a num...
Deformation induced crystal-crystal transition of polybutene-1 (PB-1) from forms II to I at differen...
ABSTRACT The special mechanical behaviour of semi-crystalline materials is caused by the temperature...
Polybutene-1 (PB-1), a typical semicrystalline polymer, in its stable form I shows a peculiar temper...
The lamellae deformation and cavitation behavior of annealed isotactic polypropylene during uniaxial...
Two quenched isotactic polypropylene samples with different molecular weight were used to explore th...
The lamellae deformation and cavitation behavior of annealed isotactic polypropylene during uniaxial...
wo quenched isotactic polypropylene samples with different molecular weight were used to explore the...
The structural parameters such as long spacing and thicknesses of crystalline lamellae and amorphous...
The phenomenon of cavitation is observed in many semi-crystalline polymers during uniaxial stretchin...
Cavitation appears in many semi-crystalline polymers when they are subjected to uniaxial stretching ...
Stretching-induced structural changes in polybutene-1 with stable crystalline modification of form I...
Semicrystalline polymers generally undergo polymorphic crystal transition and lamellae structural ch...
ABSTRACT: The influence of crystallinity and lamellar thickness on the intrinsic deformation behavio...
Stretching-induced structural changes in polybutene-1 with stable crystalline modification of form I...
The influence of crystallinity and lamellar thickness on the intrinsic deformation behavior of a num...
Deformation induced crystal-crystal transition of polybutene-1 (PB-1) from forms II to I at differen...
ABSTRACT The special mechanical behaviour of semi-crystalline materials is caused by the temperature...