peer reviewedIt is shown how the morphology and the bulk physico‐mechanical properties of polymer blends and alloys may be tailored, by using proper physical and processing conditions for homogeneous systems, and molecular engineering of the interfaces for heterophase ones. That approach, which has been substantiated by a physical study of the miscibility situations at molecular level, has been applied successfully to commodity and engineering polymer‐polymer blends, but also to polymer‐filler and polymer‐liquid heterophase systems. Copyright © 1988 Hüthig & Wepf Verla
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
A polymer blend is a mixture of at least two macromolecular substances, polymers or copolymers, in w...
peer reviewedIt will be shown how a combination of techniques allows to gain a rather precise idea o...
Over 30% of commercial polymers are blends or alloys or one kind or another. Nanostructured blends o...
Polymer blending serves to increase the range of structures and properties available from existing p...
Bimodal molecular weight distribution (MWD) in a polymer can potentially deliver mechanical toughnes...
The Polystyrene (PS) this is homopolymer material, in which it is formed by only one monomer, this m...
The effects of polymer conformation and degree of substitution on miscibility, morphology and mechan...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
Powder processing of thermoplastic polymer composites is an effective way to achieve a high level of...
In the last decade many studies have focused on phase behaviour of polymer blends. It determines the...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
A polymer blend is a mixture of at least two macromolecular substances, polymers or copolymers, in w...
peer reviewedIt will be shown how a combination of techniques allows to gain a rather precise idea o...
Over 30% of commercial polymers are blends or alloys or one kind or another. Nanostructured blends o...
Polymer blending serves to increase the range of structures and properties available from existing p...
Bimodal molecular weight distribution (MWD) in a polymer can potentially deliver mechanical toughnes...
The Polystyrene (PS) this is homopolymer material, in which it is formed by only one monomer, this m...
The effects of polymer conformation and degree of substitution on miscibility, morphology and mechan...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
Powder processing of thermoplastic polymer composites is an effective way to achieve a high level of...
In the last decade many studies have focused on phase behaviour of polymer blends. It determines the...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...
This chapter discusses the morphology development of immiscible binary polymer blends. It first desc...