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Foreword p.8, The New Mindfulness and Conscious Consumption p.10, Alternative<br/>Nutrition Conceptsp.12, Concepts For Reducing Food Waste p.18, Reusable Rather<br/>Than Disposable p.21, Biodegradable Packaging p.23, Edible Packaging p.26, Food-<br/>Safe Coatings p.29, Eradicating Microplastics p.31, Plastic-Eating Organisms p.34,<br/>Temporary Housing p.37, Sustainability And The Circular Economy p.38, Ocean<br/>Plastics p.40, Polyamides From Fishing Nets p.42, Bio-Based High-Performance Fibres<br/>p.45, Recyclable Textiles p.47, Natural Aggregates p.51, Chemical Recycling p.53,<br/>Cellulose-Based Materials p.54, Animal Materials p.57, Recycled Building Materials<br/>p.59, Building Materials From Packaging p.61, Urban Waste p.65, Bioeconomics and<br/>Bio-Based Materials p.70, Bio-Based Resins p.72, Bio-Based Elastomers p.74, Bio-<br/>Based Foams 76, Casein Plastics p.78,Mushroom-Based Materials p.80, Bark<br/><br/>Materials p.82, Vegetable Leather Substitute 85 Grass Paper and Textiles p.89, Algae<br/>and Algae Composites p.92, Materials Made with Organic Waste 96,Bio-Based Building<br/>Materials p.102, New Mobility Concepts and Lightweight Solutions p.104, Paper<br/>Composite Materials p.106, Biodegradable Bottles Textile-Based Lightweight<br/>Construction p.112, Stable Carbon Modifications p.114, Carbon Fibres from Lignin or<br/>Carbon Dioxide p.116, Lightweight Timber Construction p.118, Lightweight Bamb00<br/>Construction p.121, Hollow Spheres p.125, Bio-Based Foams p.127, Silk Materials<br/>p.129, Bionic Structures From The Sea p.132, Digitalisation and Internet Culture p.134,<br/>Materials For The Smart Home p.136, Inductive Systems p.138, Magnetisable Road<br/>Surfaces p.140, Microleds p.141, Electroluminescent Light Coatings p.142, Printed<br/>Electronics p.143, Conductive Papers and Printed Paper Electronics p.146, Elastic<br/>Circuits For Wearables p.149,Printed Electronics on Human Skin p.151, Woven Textile<br/>Muscles Using Electroactive Materials p.153, Gripper Systems Using Electro-Adhesion<br/>p.155, Smart Dust p.156, Additive Production And 3d Printing p.158, Bio-Based Printing<br/>Materials p.160, 3D Glass Printing p.164, Silicone Printing p.167,Printing Materials for<br/>Medicine p.168, Additive Manufacturing In Three-Dimensional Space p.170, Printing<br/>Materials with Smart Properties p.173, Hybrid Additive Manufacturing Processes p.176,<br/>4D Printing p.178, 4D Textiles p.182, 3D-Printed Metamaterials p.184, Food Printers<br/>p.186, 3D Printers in Architecture p.190, Intelligent Systems and Bio-Inspired Surfaces<br/>p.194, Multi-Stable Fibre Composite Structures p.196, 30 Auretics p.198, Therrnal<br/>Mernory Materials p.200, Breathing Systerns p.203, Hygroscopic Shape-Changing<br/>Materials p.205, Permanently Liquid-Impregnated Surfaces p.206, Anti-Icing Surfaces<br/>p.207, Salvinia Effect p.208, Graphene Materials p.209, Water-Cleansing Filter<br/>Materials p.210, Magnetic And Magnetorheological Materials p.212, Phono-Lurninous<br/>Paper and Liquid Light p.215, Lurninous Plants p.217, Self-Healing Materials p.218,<br/>Renewable Energy and Energy Production p.220, Transparent And Organic<br/>Photovoltaics p.222, Mini Solar Cells p.225, Liquid Lenses p.227, Biochernical Energy<br/>Production p.229 Energy From Animal Organisns p.232, Kinetic Energy Converters<br/>p.234, Piezoelectric energy systems Piezoelectric energy systems p.236, Srnall wrind<br/>turbines for urban areas p.239, Energy-harvesting pipelines p.242, Energy storage<br/>devices without heavy netals p.244, Gravity storage p.246, Multiferroic materials for<br/>endless batteries p.247, Solar fuels p.248, Appendix p.251, About the authors p.251,<br/>Index p.252. Selected publications by the authors p.259, Selected lectures by the<br/>authors p.263, Acknowledgernents p.271. Selected publications by the authors 259<br/>Selected lectures by the authors 263 Acknowledgernents 271. |
