Sustainable Biopolymer-Based Composites: Processing, Characterization, and Application

Explore

Show me...
- Free eBooks!
  - Books in DOAB
  - 3D bioprinting (12)
  - acetylation (8)
  - acid extraction (2)
  - Aging (249)
  - annealing (27)
  - Antibacterial activity (91)
  - antifungal activity (39)
  - antimicrobial activity (116)
  - applications (77)
  - arrowroot starch (3)
  - artificial cell (2)
  - biocompatible (14)
  - biocomposite (26)
  - biocomposites (21)
  - biodegradability (19)
  - Biodegradable (31)
  - biodegradable plastic (3)
  - Biodegradation (56)
  - Biomaterials (108)
  - Biomedical engineering (113)
  - bionanocomposite (3)
  - Bioplastics (13)
  - biopolymers (50)
  - carbon nanotubes (91)
  - Cellulose (62)
  - cellulose nanocrystals (20)
  - cellulose nanofiber (13)
  - Characterization (67)
  - Chemical engineering (74)
  - chitosan (161)
  - Circular Economy (234)
  - coir fiber (2)
  - compatibilizer (7)
  - composite (89)
  - crystallinity (20)
  - cyclic wetting-drying (3)
  - Dehydration (18)
  - dental prosthesis (3)
  - drug carrier (5)
  - durability (70)
  - epoxidized soybean oil (5)
  - epoxy resin (25)
  - epoxy vitrimer (2)
  - Erosion (53)
  - fish collagen (2)
  - fish scale (2)
  - fixed prosthodontics (2)
  - flax (17)
  - flour (6)
  - food packaging (30)
  - functional properties (21)
  - Gelatin (39)
  - glabridin (2)
  - Graphene (133)
  - green composites (9)
  - green synthesis (36)
  - guar gum (5)
  - gum arabic (9)
  - heat-moisture treatment (2)
  - Honey (37)
  - hybrid composites (13)
  - hydrogel (90)
  - hydrogel films (2)
  - Industrial Chemistry (210)
  - Industrial chemistry & manufacturing technologies (249)
  - lab-on-chip (7)
  - LCA (31)
  - life cycle analysis (19)
  - lignocellulosic biomass (20)
  - Mechanical properties (342)
  - Microfluidics (83)
  - microneedles (3)
  - Microstructure (264)
  - Modification (31)
  - mulch films (2)
  - nanocomposites (101)
  - nanofiber (13)
  - natural polymer (5)
  - natural rubber (19)
  - Optical properties (38)
  - optimization (420)
  - packaging (34)
  - peeling (2)
  - physicochemical properties (44)
  - pigmentation (6)
  - pineapple (11)
  - PLA (30)
  - Plastic pollution (13)
  - poly(butylene succinate) (6)
  - polylactic acid (26)
  - polylactic acid (PLA) (12)
  - Polymers (75)
  - Polyvinyl Alcohol (21)
  - preparation (13)
  - recyclability (5)
  - Red Sea (7)
  - Remediation (25)
  - Renewable resources (13)
  - renewable sources (3)
  - response surface methodology (101)
  - rheological properties (43)
  - scaffolds (38)
  - Schiff base (13)
  - SDGs (66)
  - silt (5)
  - silver nanoparticles (59)
  - starch (54)
  - sustainability (1193)
  - Sustainable materials (19)
  - synthetic polymer (5)
  - Technology, engineering, agriculture (5368)
  - Technology: general issues (2422)
  - tensile bond strength (3)
  - tensile strength (53)
  - TGA (10)
  - thermal behavior (15)
  - Tissue Engineering (111)
  - tranexamic acid (5)
  - triaxial test (5)
  - waste valorization (15)
  - wood waste (5)
  - wound dressing (23)
  - wound dressings (12)
  - Wound healing (73)
  - xanthan gum (12)
- Thank for ...
- Site Favorites
- Latest Favorites

Sustainable Biopolymer-Based Composites: Processing, Characterization, and Application

Raffaella Striani (editor)

2023 en

0 Ungluers have Faved this Work

Learn more at...

The reprint, titled ”Sustainable Biopolymer-Based Composites: Processing, Characterization, and Application”, is composed of 32 scientific works of scholars that contributed their own expertise passion, and science to expand the boundaries of knowledge by addressing new challenges. The topic of new biopolymer-based composite materials is addressed from several aspects, from the development to characterization and application, in several fields of scientific interest.

This book is included in DOAB.

Rights Information

Are you the author or publisher of this work? If so, you can claim it as yours by registering as an Unglue.it rights holder.

Downloads

This work has been downloaded 93 times via unglue.it ebook links.

93 - pdf (CC BY) at Unglue.it.

Links

DOI: 10.3390/books978-3-0365-9536-8

Editions

Contributors: Raffaella Striani,
1 ebooks
Publisher: MDPI - Multidisciplinary Digital Publishing Institute
Published: 2023

All editions for this work.

Download

Copy/paste this into your site:

Explore