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Keywords

• adsorption
• adsorption capacity
• alginate sponge
• alkali lignin
• anionic surfactants
• Anti-bacterial silver nanoparticle
• antifouling
• Artemisia vulgaris
• asphalt rubber
• autoxidation
• bacterial cellulose
• benzoyl cellulose
• bio-asphalt
• bio-based
• Bio-based foams
• bio-inspired interfaces
• bio-nanocomposites
• biocomposite
• Bioflex
• biomass resources
• Bioplastics
• biopolymers
• cationic dyes
• Cellulose
• cellulose nanocrystals
• cellulose nanofibers
• Cement
• chemical composition
• chitosan
• compatibility
• composites
• copper coating
• corn starch
• cost
• crosslinked microparticles
• delignification
• dense structure
• differential scanning calorimetry
• dimensional stability
• dimer acid
• dissolution
• electrical resistance
• electroless deposition
• electrospinning
• emulsion-solvent evaporation method
• endothermic effect
• enzymatic saccharification
• Escherichia coli
• extrusion-compounding
• feast-famine
• fiber-cement
• Film
• Films
• fractionation
• free-radical polymerization
• galactoglucomannan
• GC-MS
• graphene oxide
• H2O2 bleaching treatment
• Hatscheck process
• headspace solid phase microextraction
• heat treatment
• Heavy metals
• hemicellulose
• HSQC-NMR
• humidity sensor
• hybrid composites
• hybrid nonisocyanate polyurethane
• hydrogel
• hydrotropic treatment
• imidazolium
• immobilized TEMPO
• ionic liquid
• iron chelation
• kaempferol
• kenaf fiber
• knotwood
• larixol
• latex state
• lignin
• lignin content
• lignin-carbohydrate complex
• lignin-containing cellulose nanofibrils
• lignocellulose
• lignocellulosic nanofibrils
• liquid natural rubber
• Lyocell fiber
• mechanical degradation
• Mechanical properties
• melt condensation
• membrane
• metal binding
• metal chloride
• methylene blue
• Microbial nutrient
• microcellulose fiber
• microencapsulated phase change material (MPCM)
• Microstructure
• mixed microbial cultures
• mixing sequence
• n/a
• nanobiocomposites
• nanocellulose fibers
• nanocelluloses
• Nanoclays
• natural fibers
• nuclear magnetic resonance
• one-pot synthesis
• ONP fibers
• orange waste
• osteoblast proliferation
• paper-based scaffolds
• Peptone
• PHA
• PHBV
• phenanthrene
• photodegradation
• physical property
• physicochemical properties
• pollutant adsorbents
• poly(lactic acid)
• poly(lactic acid) and composite films
• polycaprolactone
• polydopamine coating
• Polyhydroxyalkanoates
• polylactic acid
• polylactic acid (PLA)
• Polymeric composites
• polysaccharides
• porosity
• porous structure
• precipitation
• pulp fibers
• pyrene
• pyrolysis mechanism
• recycling
• resource recovery
• robust fiber network
• SAXS
• scanning electron microscope
• sensitivity
• silanization
• silkworm cocoons
• skincare
• Solanyl
• solution casting
• solvent- and catalyst-free
• Staphylococcus aureus
• stearoyl cellulose
• storage stability
• strain sensor
• structural plastics
• structure–property relationship
• Surface modification
• tannin
• tannin polymer
• tannin-furanic foam
• taxifolin
• TEMPO oxidation
• thermal degradation
• thermal gravimetric analysis
• Thermal properties
• Thermal stability
• thermoplastic starch
• thermosetting polymers
• TiO2 anatase
• Tissue Engineering
• toughening
• transparent wood
• transport properties
• tung oil
• two-step lyophilization
• Ultrafiltration
• unsaturated polyester resins
• UV light
• vibrational spectroscopy
• volatiles
• waste biomass
• wastewater treatments
• water resistance
• WAXS
• Wood
• wood modification
• workability
• X-ray diffraction

Links

DOI: 10.3390/books978-3-03928-926-4

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