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49 results on '"Maazouz, Abderrahim"'

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1. Biosourced blends based on poly (lactic acid) and polyamide 11: Structure-properties relationships and enhancement of film blowing processability

2. Biocomposites based on polylactic acid and olive solid waste fillers: Effect of two compatibilization approaches on the physicochemical, rheological, and mechanical properties

3. Compounding and Melt strengthening of blends based on poly (lactic acid) - rheological investigations, Structure-properties relationships for forming process

4. Stabilité des écoulements stratifiés en coextrusion : étude multi-échelle du rôle de l'architecture du copolymère aux interfaces

5. Toughening Modification of poly(lactic acid)/polyamide11 blends via In Situ Reactive Compatibilization

6. Ethylene-propylene copolymer/olive solid waste composites: effect of filler loading and compatibilizer content on rheological and physical properties

7. Biopolymer blends: Structure-rheological-morphological -interfacial properties /forming process relationships

8. Improvement of thermal stability, rheological and physico-chemical properties of biocomposites from poly (lactic acid) and olive solid waste

9. Rhéologie interfaciale de matériaux multicouches modèles

10. Rhéologie aux interfaces et rôle de l’architecture moléculaire du copolymère dans les films multicouches compatibilisés en coextrusion

11. Improvement of Poly (Lactic Acid) Blown Film Extrusion: Structure-Processing-properties Relationships

12. Biocomposite based on polylactic acid and olive solid waste: rheological, processing and mechanical studies

13. Reactive extrusion of PLA, PA11 with a multifunctional epoxide: Rheological, Morphological and Interfacial properties

14. Morphological, Rheological and Mechanical studies of Bio-Sourced polymer blends based on Plylactide-Acid and Polyamide 11

15. Blowing Extrusion of poly (lactic acid) and its blends: Improvement of the processing stability

16. Coextrusion of compatible polymers

17. Rheology and processing of polymers in mono and multilayered structures

18. Compounding, melt strengthening and forming Process of poly (lactic acid)

19. State of the art on the coextrusion process: fundamental and experimental approaches

20. Coextrusion of compatible multilayered polymers: fundamental understanding and modeling of the role of the diffuse interpahse in the interfacial flow stability

21. Biocomposites Based On Poly(Lactic Acid) And Bioglass® Fillers

22. Fundamental study and modeling of the interdiffusion and the interphase development by rheology using a symmetrical and an asymmetrical bilayer composed of PMMA and PVDF model polymers

23. Fundamental understanding of encapsulation in multiphase polymers

24. Elaboration et mise en forme de bio-composites PLA/bioverres par les technologies de la plasturgi

25. Rheological modeling of the interdiffusion and the interphase development at a symmetrical and an asymmetrical bilayer based on PMMA and PVDF model polymers

26. Interfacial tension and rheological investigations of PLA/PBAT blends compatibilized by multi-functional epoxide

27. Encapsulation in multiphase polymers: Role of viscoelastic, geometrical and interfacial properties

28. Rheological modeling of the diffusion process and the interphase of symmetrical model bilayers

29. Compounding and Melt strengthening of poly (lactic acid): Shear and elongation rheological investigations for forming process

30. Encapsulation in multiphase polymers: Role of viscoelasticity, geometrical and interfacial properties

31. Rheology at the interface and the role of the interphase on stability flow on multilayered coextrusion polymers

32. Synthesizing PLA and its composites for a new approach of reactive processing: relationship between structural, thermal and rheological properties

33. Interdiffusion/réaction aux interfaces et coalescence des polymères : Couplage rhéologie et mesures optiques

34. Nouvelle stratégie de synthèse de polyacide lactique: Relation structure-propriétés rhéologiques

35. Développement d'implants composite organique-inorganique d'une nouvelle génération pour des applications orthopédiques

36. Encapsulation defects in coextruded multilayer polymers: Experimental aspects

37. Encapsulation in multiphase polymers: Role of viscolealsticity, geometrical and interfacial properties

38. Élaboration et mise en forme de matériaux multicouches par le procédé de coextrusion : Aspects expérimentaux et fondamentaux»

39. Rheological and optical models exierimental investigations of encapsulation defects in coextruded multilaye polymers

40. Chemical modification of lignocellulosic fibers by TEMPO oxidation

41. New based PLA for packaging applications, Work-shop Matériaux biodégradables

42. TEMPO mediated selective oxidation of date palm tree fibres

43. Rheology at the interface and the role of the interphase in reactive functionalized multilayer polymers in coextrusion process

44. Rhéologie aux interfaces et rôle de l'interphase dans les écoulements stratifiés en coextrusion

45. In-situ monitoring of structure evolution by dielectric spectroscopy

46. Comprehension, modeling and application to rotomolding process, materials sciences

47. Well-Defined Surface Imido Amido Tantalum(V) Species from Ammonia and Silica-Supported Tantalum Hydrides

48. In-situ monitoring of polyurethane cure using fiber-optical FT-NIR spectroscopy and principal component analysis

49. Interfacial rheology of multilayer functionalized polymers

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