Add to ORKGRODUCTION OF POLYETHYLENE (PE) blown films is one of the largestindustrial processes in terms of volume output, and PE films have thus been studied extensively. However, important areas-such as crystalline morphology and tensile modulus relationships-have not been reasonably explained or justified on a molecular level
La publication originale est disponible sur le site http://www.revue-metallurgie.orgInternational au...
In this work, we examine the influence of relative molecular mass (Mn, or the number average molecul...
We studied experimentally the structure development during film blowing for three different low-dens...
Polyethylene types in film forming processes -- The structure of polyethylene blown films -- The rel...
International audienceInterrelations between processing, orientation and shrinkage in low density po...
The degradation of mechanical properties is the most challenging point for the development of plasti...
The primary goal of this study was to investigate the monotonic tensile behavior of high-density pol...
ABSTRACT: Polyethylene films, prepared from a range of mLLDPE, LLDPE, and ULDPE resins containing 4 ...
The use of polymeric materials is extremely widespread in our lives today. The value of these materi...
The versatility of high-density polyethylene (HDPE) makes it one of the most used polymers for vast ...
The molecular weight and its distribution, degree of long chain branching and cooling rate strongly ...
In this study polyethylene film was made while some of the film blowing parameters were changed. The...
In this paper physics-based modeling of the film blowing process is combined with empirical film pro...
ABSTRACT: Blown film properties have been evaluated for four high density polyethylene homopolymers ...
cited By 33International audienceThe elastic modulus versus crystallinity linear relationship in Pol...
La publication originale est disponible sur le site http://www.revue-metallurgie.orgInternational au...
In this work, we examine the influence of relative molecular mass (Mn, or the number average molecul...
We studied experimentally the structure development during film blowing for three different low-dens...
Polyethylene types in film forming processes -- The structure of polyethylene blown films -- The rel...
International audienceInterrelations between processing, orientation and shrinkage in low density po...
The degradation of mechanical properties is the most challenging point for the development of plasti...
The primary goal of this study was to investigate the monotonic tensile behavior of high-density pol...
ABSTRACT: Polyethylene films, prepared from a range of mLLDPE, LLDPE, and ULDPE resins containing 4 ...
The use of polymeric materials is extremely widespread in our lives today. The value of these materi...
The versatility of high-density polyethylene (HDPE) makes it one of the most used polymers for vast ...
The molecular weight and its distribution, degree of long chain branching and cooling rate strongly ...
In this study polyethylene film was made while some of the film blowing parameters were changed. The...
In this paper physics-based modeling of the film blowing process is combined with empirical film pro...
ABSTRACT: Blown film properties have been evaluated for four high density polyethylene homopolymers ...
cited By 33International audienceThe elastic modulus versus crystallinity linear relationship in Pol...
La publication originale est disponible sur le site http://www.revue-metallurgie.orgInternational au...
In this work, we examine the influence of relative molecular mass (Mn, or the number average molecul...
We studied experimentally the structure development during film blowing for three different low-dens...