LaserLab Europe - The Integrated Initiative of European Laser Research Infrastructures II (FP7 Research Infrastructures)

Physics

1. Laser 100%
2. Electron Beams 83%
3. Electrons 74%
4. Laser Plasmas 58%
5. X Ray 54%
6. Emittance 47%
7. Radiation 44%
8. Pulses 39%
9. Utilization 33%
10. Photons 31%
11. Laser Pulse 29%
12. Gases 27%
13. High Resolution 27%
14. Model 22%
15. Laser Machining 22%
16. Diameters 16%
17. Radiation Sources 16%
18. Yaw 16%
19. Plasma Accelerators 16%
20. High Energy Electron 16%
21. Betatron 15%
22. Undulator 15%
23. Media 15%
24. Detection 13%
25. Chirped Pulse 13%
26. Relativistic Plasmas 12%
27. Gamma Radiation 12%
28. Bremsstrahlung 12%
29. Permanent Magnet 12%
30. Frequencies 12%
31. Simulation 11%
32. Free Electron Lasers 11%
33. Radiation Therapy 11%
34. Electric Potential 11%
35. Dosimeter 11%
36. Collisions 11%
37. Kinetics 11%
38. Electron Accelerator 11%
39. Compton Scattering 11%
40. Oscillation 11%
41. Wakes 11%
42. High Power Lasers 10%
43. Particle 9%
44. Spectra 9%
45. Gradients 7%
46. Plasma Density 7%
47. Variations 7%
48. Laser Plasma Interactions 7%
49. Energy Spectra 7%
50. Magnets 6%
51. Probe 6%
52. Responses 6%
53. Stability 6%
54. Electron Energy 6%
55. Emission 5%
56. Distribution Function 5%
57. Particle Theory 5%
58. Collisional Plasmas 5%
59. Speed 5%
60. Entropy 5%
61. Regimes 5%
62. Work 5%
63. Diffusion 5%
64. Kinetic Theory 5%
65. Plasma Wave 5%
66. Linear Accelerator 5%