| Cellulose lyocell fibre/cellulose acetate butyrate composites |
Matrix/filler |
Increases tensile properties, dimensional stability, fibre and matrix compatibility, and biodegradability |
85
|
| Cellulose lyocell fiber/PLA |
Filler |
Unexpectedly high biodegradability, significantly high mechanical characteristics |
86
|
| (Ethyl)cellulose or (hydroxypropyl)cellulose/poly(acrylic acid) polymer composites with calcium phosphate-deposited |
Filler |
Increases thermal and mechanical performance |
87
|
| Cellulose fiber/polystyrene composites |
Filler |
Increases flexural storage modulus and the processing speed |
88
|
| Cellulose fiber/high-density polyethylene composites |
Filler |
Improves thermal and mechanical properties |
89
|
| Cellulose particles/chitosan composite film |
Filler |
Enhances mechanical properties and adsorption capacity of chitosan film |
90
|
| Regenerated cellulose film/bio Br composite |
Matrix |
Cellulose film provides a cavity for the BiOBr particles and enlarges the specific surface area through possessing a porous surface structure to exhibit efficient photocatalytic activity |
91
|
| Cellulose/MMT clay composite films |
Matrix |
High strength cellulose composite films with excellent antibacterial activities |
92
|
| Cellulose film/graphene oxide composite |
Matrix |
Superior mechanical performances and excellent ultraviolet-shielding properties |
93
|
| Cellulose acetate/hydroxyapatite mineral composites |
Matrix |
A useful application of the pollutants absorption resulted from uniform and good ductility of a cellulosic polymer, strong interaction existed between HAp and cellulosic polymer |
94
|
| Carboxymethyl cellulose/carbon fibers composites |
Matrix |
Cellulose gives the functional composites a great potential in sensing elements in paper electronics |
95
|
| Cellulose paper/carbon nanotube or regenerated cellulose, film/carbon nanotube composite |
Matrix |
The resulted composite is flexible, mechanical toughness, thermal stable, has uniform electrical conductivity, and suitable for biotechnological applications |
96 and 97
|
| Methylcellulose/keratin hydrolysate composite membranes |
Matrix |
The combines both properties of proteins and polysaccharides improves mechanical and thermal properties |
98
|
| Cellulose fibers/iodine composite |
Matrix |
Cellulose makes the composite with good conductor of photogenerated carriers and enhances the conductivity |
99
|
| Cellulose acetate membrane/polyaniline |
Matrix |
Cellulose derivative membrane enhances the conductivity and mechanical biocompatible properties |
100
|
| Polyhydroxybutyrate (PHB)/ethyl-cellulose composite film |
Filler |
Ethyl-cellulose reduces (PHB) crystallinity, promotes its degradation under physiological conditions and enhances physical barrier property without undue influence on biocompatibility. The resulted polymeric material being suitable for biomedical and coating aims |
77 and 78
|
| (PHB)/cellulose fibers composite |
Filler |
Cellulose fibers enhance physical–mechanical characteristics. The resulted polymeric material being suitable for the packaging industry |
76
|
