Ionic Liquid Polymer-Based Hybrid Composites: Materials, Properties, and Devices
Editat de Daniela M. Correia, Carlos M. Costa, Senentxu Lanceros-Méndezen Limba Engleză Paperback – dec 2026
Finally, the book considers these materials’ adaptable responsiveness and versatility in processing, including additive manufacturing technologies.
- Provides detailed information and analysis of ionic liquids and their polymer composites
- Focuses on the functional properties and characteristics of ionic liquid-based composites and their processability
- Explores the potential for ionic liquids to be used as sustainable functional materials in industry 4.0
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Specificații
ISBN-13: 9780443331909
ISBN-10: 0443331901
Pagini: 550
Dimensiuni: 152 x 229 mm
Editura: ELSEVIER SCIENCE
ISBN-10: 0443331901
Pagini: 550
Dimensiuni: 152 x 229 mm
Editura: ELSEVIER SCIENCE
Cuprins
Part I: Ionic liquids, their synthesis and functional properties
1. An overview of the evolving landscape of ionic liquids and IL hybrid materials
2. Functional and physicochemical characterization of ionic liquids and ionic liquid-polymer composites
3. Structural considerations of ionic liquids
4. Poly(ionic liquids)
5. Ionic liquid crystals: structure, properties, and applications
6. Computational studies on ionic liquids-polymers composites
Part II: Functional composite materials design, processing and characterization
7. Ionic liquid compatibilization with the polymer matrix: toward design rules for functional composites
8. From crustaceans to seaweed: expanding ionic liquid composites in ocean biopolymers
9. Biomedical material design using ionic liquid-processed cellulose and chitin: where we stand
10. Life cycle and sustainability considerations
11. Ionic liquids: new additive within epoxy composites
Part III: Ionic liquid-based materials and devices applications
12. Flexible electronics and sensors
13. Ionic liquid-based soft actuators
14. Energy harvesting and storage applications
15. Environment applications in the scope of water remediation and air purification
16. Biomedical applications of ionic liquid-functionalized polymeric nanomaterials
17. Outlook and future trends
1. An overview of the evolving landscape of ionic liquids and IL hybrid materials
2. Functional and physicochemical characterization of ionic liquids and ionic liquid-polymer composites
3. Structural considerations of ionic liquids
4. Poly(ionic liquids)
5. Ionic liquid crystals: structure, properties, and applications
6. Computational studies on ionic liquids-polymers composites
Part II: Functional composite materials design, processing and characterization
7. Ionic liquid compatibilization with the polymer matrix: toward design rules for functional composites
8. From crustaceans to seaweed: expanding ionic liquid composites in ocean biopolymers
9. Biomedical material design using ionic liquid-processed cellulose and chitin: where we stand
10. Life cycle and sustainability considerations
11. Ionic liquids: new additive within epoxy composites
Part III: Ionic liquid-based materials and devices applications
12. Flexible electronics and sensors
13. Ionic liquid-based soft actuators
14. Energy harvesting and storage applications
15. Environment applications in the scope of water remediation and air purification
16. Biomedical applications of ionic liquid-functionalized polymeric nanomaterials
17. Outlook and future trends