Advanced Laser-Induced 3D Electrodes for Healthcare Applications

Keyphrases

1. 3D Electrodes 100%
2. Laser-induced 100%
3. 3D Hierarchical Structure 100%
4. SnO2 100%
5. Healthcare Applications 100%
6. Ethanol Sensor 100%
7. Nanocrystals 100%
8. Sub-5 Nm 100%
9. Microstructure 100%
10. Highly Sensitive 100%
11. Breath Analysis 80%
12. Genetic Transformation 50%
13. SnS2 50%
14. High Sensitivity 50%
15. Ethanol 50%
16. Wearable Gas Sensor 40%
17. Shanghai Jiao Tong University 40%
18. Calcination Process 25%
19. Porous Nanosheets 25%
20. Response-recovery Time 25%
21. Primary Grain 25%
22. SnO2-based 25%
23. Mass Diffusion 25%
24. Ultrathin Nanosheets 25%
25. Flower-like 25%
26. Gas Sensing Performance 25%
27. Gas Sensing Response 25%
28. Ethanol Sensing 25%
29. SnO2 Nanoparticles 25%
30. Tri-level 25%
31. SnS2 Nanosheets 25%
32. Diffusion Dynamics 25%
33. Low Toxicity 25%
34. Active Sites 25%
35. 3D Structure 25%
36. Sensing Applications 25%
37. Volume Change 25%
38. Large Surface Area 25%
39. Physicochemical Properties 25%
40. Recrystallization 25%
41. High Performance 20%
42. Gas Sensor 20%
43. Device Fabrication 20%
44. Electrochemical Techniques 20%
45. Electrode Materials 20%
46. Human Breath Analysis 20%
47. Laser Tool 20%
48. 3D Electrode Architecture 20%
49. Joint Efforts 20%
50. Gas Sensing Device 20%