Ngoc Anh Nguyen

Keyphrases

1. Lignin 100%
2. Poly(3-hexylthiophene) (P3HT) 39%
3. Elemental Sulfur 38%
4. Inverse Vulcanization 38%
5. Mechanical Properties 27%
6. Lignin-based 27%
7. Polymer Blends 25%
8. Copolymer 24%
9. Glass Transition Temperature 22%
10. Polymeric Materials 21%
11. Solar Cell 19%
12. Healable 18%
13. Blended Materials 18%
14. High Performance 17%
15. Sulfur 17%
16. 3D Printability 15%
17. Healing 15%
18. Device Performance 15%
19. Melt Extrusion 14%
20. Rubber 13%
21. Supramolecular Polymers 13%
22. Additive Manufacturing 13%
23. Li-ion Battery 13%
24. Hardwood Lignin 13%
25. Monitoring Sensitivity 12%
26. Lignin Composites 12%
27. Fe3O4 Nanoparticles (Fe3O4 NPs) 12%
28. Carbon Fiber Composite 12%
29. Dynamic Covalent Polymers 12%
30. Shape Memory 12%
31. Structural Health Monitoring 12%
32. Lignin Polymer 12%
33. Carbon Fiber 11%
34. Methacrylate 11%
35. Multifunctional Composites 10%
36. Softwood Kraft Lignin 10%
37. Acrylonitrile 10%
38. In Situ 10%
39. Printing Materials 10%
40. Surface Functionality 10%
41. Macromolecules 10%
42. Rubber Composites 10%
43. Thermomechanical Properties 9%
44. Agglomerates 9%
45. Thermal Annealing 9%
46. Interlayer Adhesion 9%
47. High Sulfur Content 9%
48. Crystallization 9%
49. Shape Recovery 9%
50. Lignocellulosic Biomass 9%