FWF - Nanoporös - In-situ Magnetometrie von nanoporösen Metallen während Dealloying und Beladung

Material Science

1. Dealloying 100%
2. Superparamagnetism 97%
3. Magnetism 59%
4. Hydrogenation 48%
5. Surface (Surface Science) 39%
6. Magnetic Property 38%
7. Corrosion 36%
8. Palladium 34%
9. Ferromagnetism 28%
10. Cathode 24%
11. Nanoporous Material 23%
12. Cobalt 20%
13. Electrochemical Cell 20%
14. Cathode Material 18%
15. Anisotropy 16%
16. Magnetic Particle 16%
17. Crystal Structure 14%
18. Crystal Lattice 14%
19. Magnetometer 14%
20. Metal Hydride 12%
21. Dynamic Strain Aging 12%
22. Magnetic Device 12%
23. Oxidation Reaction 12%
24. SQUID (Device) 10%
25. Nickel-Copper Alloys 10%
26. Nanoparticle 8%
27. Energy Level 8%
28. Energy-Dispersive X-Ray Spectroscopy 8%
29. Phase Composition 6%
30. Metal Surface 6%
31. Dilatometry 6%
32. Electrical Resistance 6%
33. Crystal Defect 6%
34. Surface Modification 6%
35. Oxide Compound 6%
36. Magnetic Nanoparticle 6%
37. Solid Electrolyte 6%
38. Diffusivity 6%
39. Leaching 6%
40. Platinum 6%
41. Transition Metal 6%
42. Pore Size 6%
43. Vanadium 6%
44. Sodium 6%
45. Materials Property 6%