Experiments were carried out using capillary, sliding plate, and parallel plate rheometer and a blow moulding machine in order to assess the effect of boron nitride (BN) powders on the rheology and processability of a metallocene polyethylene, a Teflon FEP polymer and a polypropylene. In particular, to assess the processability of these resins in the presence of BN or not, the critical conditions for the onset of melt fracture is determined. The influence of the average size of boron nitride particles, its agglomeration if present, its concentration in the resins and the quality of the attained dispersion on the melt fracture of the metallocene polyethylene was particularly investigated. For this a number of boron nitride powders we...
It remains a major challenge to develop insulating polymeric composites with high thermal conductivi...
The primary focus of this work was to study the effect of molecular characteristics of polymers on ...
The principal objective of this TFG is to investigate the enhancement of the thermal conductivity of...
Experiments were carried out using capillary, sliding plate, and parallel plate rheometer and a blo...
Experiments were carried out to measure the surface energy of boron nitride (BN) powders. A reliabl...
It is widely known that the rate of production in many commercial polymer processing operations is ...
In commercial polymer processing operation such as extrusion, film blowing and blow molding, produc...
Boron nitride is a new processing aid that is capable of eliminating gross melt fracture in several ...
The effect of different processing additives on the extrusion instabilities of high density polyethy...
International audienceWhile the surface of many ceramic particles is covered by positive and negativ...
While the surface of many ceramic particles is covered by positive and negative species, boron nitri...
AbstractThe purpose of this study is to improve thermal conductivity and properties of polypropylene...
The thermal and mechanical properties of poly(3-hydroxybutyrate-co-3-hydroxyvalerate, PHBV) composit...
Froduct quality and, in general, processing windows and rates of production in the extrusion of molt...
The use of coupling agents to enhance the thermal conductivity of composites of epoxy and boron nitr...
It remains a major challenge to develop insulating polymeric composites with high thermal conductivi...
The primary focus of this work was to study the effect of molecular characteristics of polymers on ...
The principal objective of this TFG is to investigate the enhancement of the thermal conductivity of...
Experiments were carried out using capillary, sliding plate, and parallel plate rheometer and a blo...
Experiments were carried out to measure the surface energy of boron nitride (BN) powders. A reliabl...
It is widely known that the rate of production in many commercial polymer processing operations is ...
In commercial polymer processing operation such as extrusion, film blowing and blow molding, produc...
Boron nitride is a new processing aid that is capable of eliminating gross melt fracture in several ...
The effect of different processing additives on the extrusion instabilities of high density polyethy...
International audienceWhile the surface of many ceramic particles is covered by positive and negativ...
While the surface of many ceramic particles is covered by positive and negative species, boron nitri...
AbstractThe purpose of this study is to improve thermal conductivity and properties of polypropylene...
The thermal and mechanical properties of poly(3-hydroxybutyrate-co-3-hydroxyvalerate, PHBV) composit...
Froduct quality and, in general, processing windows and rates of production in the extrusion of molt...
The use of coupling agents to enhance the thermal conductivity of composites of epoxy and boron nitr...
It remains a major challenge to develop insulating polymeric composites with high thermal conductivi...
The primary focus of this work was to study the effect of molecular characteristics of polymers on ...
The principal objective of this TFG is to investigate the enhancement of the thermal conductivity of...