Кафедра физики плазмы ФФ

Физика и астрономия

Aeronautics

1. wakes 20%

Aerospace Sciences

1. magnetic fields 15%

Chemistry and Materials

1. deuterium 14%
2. gases 10%
3. tungsten 42%

Engineering

1. accumulators 8%
2. cathodes 8%
3. electrostatics 11%
4. gas dynamics 46%
5. heating 15%
6. high current 11%
7. injectors 12%
8. melting 8%
9. narrowband 12%
10. neutron sources 21%
11. plasma accelerators 35%
12. plasma antennas 41%
13. plasma heating 16%
14. residual stress 8%
15. scattering 12%
16. traps 100%
17. x rays 9%

General

1. absorbers 8%
2. accelerators 14%
3. beam injection 19%
4. beam neutralization 9%
5. boundary conditions 9%
6. cells 20%
7. collisions 39%
8. cones 13%
9. configurations 13%
10. crack initiation 8%
11. cracks 10%
12. cross sections 17%
13. decay 8%
14. detectors 8%
15. electromagnetic radiation 44%
16. electromagnetism 37%
17. emittance 10%
18. energy 18%
19. fusion 28%
20. hollow 13%
21. injection 18%
22. interactions 10%
23. ion motion 12%
24. lasers 30%
25. magnetic mirrors 36%
26. mirrors 76%
27. neutralizers 15%
28. plasma control 21%
29. plasma frequencies 35%
30. predictions 8%
31. profiles 13%
32. pulses 33%
33. radiation 53%
34. simulation 36%
35. stations 8%
36. synchronism 9%
37. wave generation 25%

Physics

1. center of mass 11%
2. charged particles 10%
3. coherent radiation 8%
4. cyclotrons 13%
5. electron beams 63%
6. electron energy 8%
7. electron plasma 10%
8. electrons 28%
9. fusion reactors 16%
10. gradients 15%
11. harmonics 20%
12. heat 19%
13. Higgs bosons 19%
14. hydrogen ions 10%
15. ion beams 15%
16. ions 17%
17. leptons 12%
18. luminosity 9%
19. modulation 34%
20. negative ions 15%
21. neutral beams 27%
22. nuclear physics 19%
23. particle beams 19%
24. photons 15%
25. physics 9%
26. plasma acceleration 24%
27. plasma density 34%
28. plasma interactions 17%
29. plasma jets 10%
30. plasma potentials 12%
31. plasma waves 28%
32. protons 58%
33. pulse duration 8%
34. quarks 12%
35. radiant flux density 8%
36. relativistic electron beams 40%
37. relativistic particles 12%
38. synchrotron radiation 8%
39. transverse momentum 16%
40. vacuum 8%
41. wavelengths 11%

Технические дисциплины и материаловедение

1. Angular distribution 12%
2. Antennas 7%
3. Beam plasma interactions 16%
4. Beam quality 11%
5. Benchmarking 5%
6. Boron carbide 12%
7. Bosons 6%
8. Charged particles 6%
9. Color 6%
10. Computer simulation 5%
11. Crack initiation 5%
12. Cracks 6%
13. Degassing 9%
14. Detectors 13%
15. Diffraction 11%
16. Diffraction gratings 10%
17. Diffraction patterns 6%
18. Distribution functions 5%
19. Electric fields 9%
20. Electromagnetic waves 14%
21. Electron beams 33%
22. Electrons 21%
23. Erosion 6%
24. Experiments 23%
25. Flow structure 5%
26. Fluxes 11%
27. Frequency selective surfaces 12%
28. Fusion reactions 7%
29. Fusion reactors 5%
30. Gas dynamics 7%
31. Gases 17%
32. Graphite 8%
33. Heat flux 7%
34. Heating 17%
35. Intercalation compounds 6%
36. Ion beams 6%
37. Ionization 6%
38. Ions 15%
39. Laser modes 5%
40. Laser pulses 10%
41. Laser radiation 5%
42. Lasers 27%
43. Lighting 6%
44. Liquefied gases 6%
45. Liquid nitrogen 17%
46. Liquids 14%
47. Magnetic fields 6%
48. Melting 13%
49. Metals 8%
50. Microwave irradiation 5%
51. Microwaves 7%
52. Mirrors 22%
53. Modulation 19%
54. Molten materials 6%
55. Neutron sources 5%
56. Neutrons 9%
57. Nuclear physics 15%
58. Optical filters 5%
59. Optical systems 5%
60. Particle accelerators 6%
61. Photons 6%
62. Plasma accelerators 14%
63. Plasma confinement 10%
64. Plasma density 13%
65. Plasma flow 6%
66. Plasma sources 5%
67. Plasma waves 12%
68. Plasmas 99%
69. Positrons 5%
70. Proton beams 8%
71. Protons 25%
72. Radiation 51%
73. Radiation detectors 6%
74. Scattering 11%
75. Scintillation 5%
76. Sensors 5%
77. Shielding 5%
78. Silicon detectors 6%
79. Synchrotron radiation 9%
80. Terahertz waves 25%
81. Thermal load 27%
82. Tungsten 37%
83. Ultrashort pulses 22%
84. Vacuum 20%
85. Vortex flow 5%
86. Wavelength 13%

Химические соединения

1. Beam plasma interactions 5%
2. Boron carbide 12%
3. Bosons 6%
4. Crack initiation 5%
5. Cracks 6%
6. Degassing 9%
7. Diffraction gratings 5%
8. Electric fields 6%
9. Electron beams 19%
10. Electrons 7%
11. Erosion 6%
12. Experiments 6%
13. Flow structure 5%
14. Frequency selective surfaces 6%
15. Gases 14%
16. Graphite 13%
17. Heat flux 7%
18. Heating 12%
19. Intercalation compounds 6%
20. Laser modes 5%
21. Laser pulses 5%
22. Lasers 13%
23. Lighting 6%
24. Liquefied gases 6%
25. Liquid nitrogen 12%
26. Liquids 11%
27. Melting 9%
28. Metals 7%
29. Microwave irradiation 5%
30. Microwaves 7%
31. Mirrors 8%
32. Modulation 7%
33. Molten materials 6%
34. Neutron sources 5%
35. Neutrons 7%
36. Plasma density 5%
37. Plasma flow 6%
38. Plasma sources 5%
39. Plasmas 32%
40. Protons 12%
41. Radiation 21%
42. Radiation detectors 6%
43. Shielding 5%
44. Silicon detectors 6%
45. Terahertz waves 19%
46. Thermal load 22%
47. Tungsten 39%
48. Ultrashort pulses 18%
49. Vacuum 11%
50. Vortex flow 5%