In the past morphological changes, caused by uni-axial drawing of flexible polymers have been studied mostly under conditions, quite different from the drawing conditions. This could give rise to certain artefacts, leading to mis-interpretations. Up to now very little was known about this possibility. Therefore, X-ray patterns obtained by conventional drawing studies and by real-time X-ray drawing studies are compared in this paper. It will be shown, that although some results on melt-crystallized polyethylene discussed here show indeed small differences, conventional X-ray studies can be used without any problem for qualitative studies. However, studies of deformation phenomena in elastic deformable regions as well as quantitative X-ray st...
The influence of solid-state drawing of soln.-crystd. ultrahigh-mol.-wt. polyethylene on the structu...
Orientational changes caused by the drawing of melt—crystallized ultra high molecular weight polyeth...
Orientational changes caused by the drawing of melt—crystallized ultra high molecular weight polyeth...
In the past morphological changes, caused by uni-axial drawing of flexible polymers have been studie...
In the past morphological changes, caused by uni-axial drawing of flexible polymers have been studie...
In the past morphological changes, caused by uni-axial drawing of flexible polymers have been studie...
In the past morphological changes, caused by uni-axial drawing of flexible polymers have been studie...
Solution-crystallized ultra-high molecular weight polyethylene (UHMW-PE) can be drawn in the solid s...
A real-time X-ray study was made ofthe constrained melting ofpartly drawn, solution-crystallized ult...
The influence of solid-state drawing of soln.-crystd. ultrahigh-mol.-wt. polyethylene on the structu...
We report experimental measurements on the drawing behaviour of a pre-swollen drawn sample of ultra-...
The influence of solid-state drawing of soln.-crystd. ultrahigh-mol.-wt. polyethylene on the structu...
The influence of solid-state drawing of soln.-crystd. ultrahigh-mol.-wt. polyethylene on the structu...
The influence of solid-state drawing of soln.-crystd. ultrahigh-mol.-wt. polyethylene on the structu...
Orientational changes caused by the drawing of melt—crystallized ultra high molecular weight polyeth...
The influence of solid-state drawing of soln.-crystd. ultrahigh-mol.-wt. polyethylene on the structu...
Orientational changes caused by the drawing of melt—crystallized ultra high molecular weight polyeth...
Orientational changes caused by the drawing of melt—crystallized ultra high molecular weight polyeth...
In the past morphological changes, caused by uni-axial drawing of flexible polymers have been studie...
In the past morphological changes, caused by uni-axial drawing of flexible polymers have been studie...
In the past morphological changes, caused by uni-axial drawing of flexible polymers have been studie...
In the past morphological changes, caused by uni-axial drawing of flexible polymers have been studie...
Solution-crystallized ultra-high molecular weight polyethylene (UHMW-PE) can be drawn in the solid s...
A real-time X-ray study was made ofthe constrained melting ofpartly drawn, solution-crystallized ult...
The influence of solid-state drawing of soln.-crystd. ultrahigh-mol.-wt. polyethylene on the structu...
We report experimental measurements on the drawing behaviour of a pre-swollen drawn sample of ultra-...
The influence of solid-state drawing of soln.-crystd. ultrahigh-mol.-wt. polyethylene on the structu...
The influence of solid-state drawing of soln.-crystd. ultrahigh-mol.-wt. polyethylene on the structu...
The influence of solid-state drawing of soln.-crystd. ultrahigh-mol.-wt. polyethylene on the structu...
Orientational changes caused by the drawing of melt—crystallized ultra high molecular weight polyeth...
The influence of solid-state drawing of soln.-crystd. ultrahigh-mol.-wt. polyethylene on the structu...
Orientational changes caused by the drawing of melt—crystallized ultra high molecular weight polyeth...
Orientational changes caused by the drawing of melt—crystallized ultra high molecular weight polyeth...