Theoretical studies of Raman Scattering and Chirped Pulse Amplification in Plasma

Physics

1. Frequencies 100%
2. Pulses 99%
3. Amplifier 92%
4. Chirped Pulse 92%
5. Probe 81%
6. Raman Spectra 79%
7. Laser Pulse 59%
8. Regimes 57%
9. Heating 49%
10. Plasma Wave 46%
11. Plasma Density 46%
12. Anisotropy 46%
13. Bandwidth 41%
14. Cold Plasma 39%
15. Photons 39%
16. Energy Absorption 39%
17. Wakes 39%
18. Landau Damping 36%
19. Temperature 32%
20. Model 32%
21. Act 26%
22. Particle 26%
23. Amplitudes 25%
24. Plasma Resonance 23%
25. Backscattering 23%
26. Frequency Shift 23%
27. Media 20%
28. Transverse Wave 19%
29. Vacuum 14%
30. Growth 13%
31. Simulation 13%
32. Increasing 13%
33. Bremsstrahlung 13%
34. Electromagnetic Radiation 13%
35. Utilization 13%
36. Yaw 13%
37. Plasma Temperature 13%
38. Growth Rate 13%
39. Parameter 9%
40. Physics 7%
41. Ultrashort Pulse 7%
42. Contrast 7%
43. Plasma Frequencies 7%
44. Plasma Physics 7%
45. Diffraction Grating 7%
46. Solid State 7%
47. Backscatter 7%
48. Mirrors 7%
49. Ionized Gas 7%
50. Laser 7%
51. Openings 7%
52. View 7%
53. High Power Lasers 7%
54. Oscillation 7%
55. Degrees of Freedom 5%
56. Variations 5%
57. Permittivity 5%