文化遗产研究院

Material Science

1. Surface (Surface Science) 100%
2. Superhydrophobic 73%
3. Nanocomposite Coating 57%
4. Functional Surface 34%
5. Diffusivity 30%
6. Titanium Dioxide 28%
7. Wettability 28%
8. Nanosilica 28%
9. Building Material 28%
10. Nanostructured Material 28%
11. Laser Ablation 28%
12. Wetting Agent 28%
13. ZnO 28%
14. Tetraethyl Orthosilicate 19%
15. Surface Roughness 11%
16. Magnetic Resonance Imaging 9%
17. Surface Property 9%
18. Energy-Dispersive X-Ray Spectroscopy 9%
19. Barium 9%
20. Scanning Electron Microscopy 9%
21. Ultrahydrophobic Coating 7%
22. Abrasion (Mechanical) 7%
23. Environmental Photocatalysis 7%
24. Silicon Dioxide 5%
25. Silica Nanoparticle 5%
26. Hydrophobicity 5%
27. Protective Coating 5%
28. Wear Resistance 5%

Engineering

1. Hyperspectral Sensor 43%
2. Application Section 28%
3. Laser Cleaning 28%
4. Built Heritage 28%
5. Nondestructive Technique 23%
6. Single Component 19%
7. Negative Bacteria 14%
8. Fluoroelastomers 14%
9. Lotus Effect 14%
10. Colorant 14%
11. Functional Group 14%
12. Physical Method 14%
13. Laser Beam 14%
14. Laser System 14%
15. Color Measurement 9%
16. Climatic Chamber 9%
17. Durability Performance 9%
18. Historic Building 9%
19. Surface Color 9%
20. Sorptivity 9%
21. Essential Requirement 9%
22. Harmonics 9%
23. Reflection Spectrum 9%
24. Infrared Region 9%
25. Broad Peak 9%
26. Applicability 9%
27. Mockups 9%
28. Antimicrobial Efficacy 7%