Физический факультет

Физика и астрономия

General

1. collisions 100%
2. detectors 77%
3. decay 71%
4. cross sections 43%
5. energy 36%
6. confidence 24%
7. lasers 20%
8. simulation 18%
9. pulses 17%
10. fibers 16%
11. radiation 15%
12. predictions 15%
13. interactions 13%
14. asymmetry 11%
15. crystals 11%
16. vortices 10%
17. flames 10%
18. synthesis 9%
19. catalysts 9%
20. supersonic boundary layers 9%
21. insulators 8%
22. calorimeters 8%
23. cells 8%
24. disturbances 8%
25. scalars 8%
26. products 8%
27. Raman lasers 8%
28. swirling 7%
29. metals 7%
30. boundary layers 7%
31. gas flow 7%
32. kinetics 7%
33. accelerators 7%
34. electromagnetism 6%
35. bubbles 6%
36. augmentation 6%
37. microchannels 6%
38. crystal structure 6%
39. nozzles 6%

Physics

1. protons 56%
2. center of mass 44%
3. luminosity 43%
4. leptons 40%
5. quarks 39%
6. bosons 37%
7. Higgs bosons 34%
8. transverse momentum 32%
9. muons 25%
10. electrons 21%
11. pair production 20%
12. mesons 20%
13. photons 18%
14. physics 14%
15. temperature 14%
16. polarization 14%
17. atoms 11%
18. heat transfer 9%
19. quantum wells 9%
20. mass spectra 9%
21. hadrons 9%
22. optical fibers 9%
23. electron beams 9%
24. ions 8%
25. wavelengths 8%
26. solitary waves 7%
27. baryons 7%
28. heat flux 7%
29. nanoparticles 7%
30. diffraction 7%
31. partons 7%
32. kinematics 6%
33. oscillations 6%
34. nuclear magnetic resonance 6%
35. positrons 6%

Engineering

1. fiber lasers 21%
2. traps 10%
3. x rays 10%
4. standard deviation 8%
5. scattering 7%
6. boiling 7%
7. pumps 6%

Chemistry and Materials

1. liquids 21%
2. gases 15%
3. oxygen 9%
4. silicon 9%
5. water 9%
6. hydrogen 8%
7. molecules 8%
8. oxides 8%
9. air 7%
10. vapors 7%
11. oxidation 7%
12. argon 7%

Aerospace Sciences

1. spectroscopy 12%
2. dark matter 10%
3. magnetic fields 9%
4. cavities 8%

Mathematical and Computer Sciences

1. CP violation 7%
2. supersymmetry 7%
3. Reynolds number 7%

Технические дисциплины и материаловедение

1. Detectors 30%
2. Catalysts 21%
3. Bosons 19%
4. Temperature 19%
5. Lasers 19%
6. Protons 19%
7. Luminance 18%
8. Electrons 18%
9. Fiber lasers 17%
10. Atoms 15%
11. Colliding beam accelerators 15%
12. Experiments 15%
13. Radiation 15%
14. Crystals 15%
15. Fibers 14%
16. Oxides 13%
17. Oxygen 12%
18. Oxidation 12%
19. Gases 12%
20. Momentum 12%
21. Liquids 11%
22. Hydrogen 11%
23. Molecules 10%
24. Nanoparticles 9%
25. Wavelength 9%
26. Photons 9%
27. Silicon 9%
28. Metals 9%
29. Substrates 8%
30. Ions 8%
31. Chemical analysis 8%
32. Single crystals 8%
33. Laser pulses 8%
34. Polarization 8%
35. Ultrashort pulses 8%
36. Spectroscopy 8%
37. Crystal structure 8%
38. Kinetics 8%
39. Water 8%
40. Optical fibers 7%
41. Semiconductor quantum wells 7%
42. Methane 7%
43. Plasmas 7%
44. Solitons 7%
45. Calorimeters 7%
46. Heterojunctions 7%
47. Vortex flow 7%
48. Optical properties 7%
49. Luminescence 6%
50. Vapors 6%
51. Pumps 6%
52. Positive ions 6%
53. Microchannels 6%
54. X ray diffraction 6%
55. Fiber Bragg gratings 6%
56. Nuclear magnetic resonance 6%
57. X ray photoelectron spectroscopy 6%
58. Paramagnetic resonance 6%
59. Physics 6%
60. Multimode fibers 6%
61. Magnetic fields 6%
62. Free electron lasers 6%
63. Ligands 6%
64. Crystalline materials 5%
65. Raman scattering 5%
66. Scattering 5%
67. Air 5%
68. Thin films 5%
69. Graphene 5%
70. Composite materials 5%
71. Heating 5%
72. Electron beams 5%
73. X rays 5%
74. Optical parametric oscillators 5%
75. Electronic structure 5%
76. Laser modes 5%
77. Mode-locked fiber lasers 5%
78. Copper 5%
79. Catalyst supports 5%
80. Carbon nanotubes 5%
81. Particle accelerators 5%
82. Vacuum 5%
83. Carbon 5%
84. Reforming reactions 5%
85. Liquid films 5%

Химические соединения

1. Catalysts 22%
2. Temperature 20%
3. Oxides 19%
4. Lasers 16%
5. Atoms 15%
6. Electrons 15%
7. Crystals 15%
8. Fiber lasers 14%
9. Oxygen 14%
10. Metals 14%
11. Gases 14%
12. Oxidation 13%
13. Carbon Monoxide 12%
14. Paramagnetic resonance 12%
15. Ions 12%
16. Hydrogen 12%
17. Molecules 12%
18. Silicon 11%
19. Protons 11%
20. Fibers 11%
21. Graphite 10%
22. Spectroscopy 10%
23. Water 10%
24. Nuclear magnetic resonance 10%
25. Nanoparticles 10%
26. Cations 10%
27. Experiments 10%
28. Methane 10%
29. Polarization 10%
30. Single crystals 9%
31. Radiation 9%
32. Crystal structure 9%
33. Aluminum Oxide 9%
34. Chemical analysis 8%
35. Kinetics 8%
36. Crystallization 8%
37. Ligands 8%
38. Substrates 8%
39. Liquids 8%
40. Luminescence 8%
41. X ray diffraction 7%
42. Anions 7%
43. Optical properties 7%
44. Wavelength 7%
45. Carbon Nanotubes 7%
46. Semiconductor quantum wells 7%
47. Salts 7%
48. Luminance 7%
49. Heterojunctions 7%
50. X ray photoelectron spectroscopy 7%
51. Magnetic fields 7%
52. Ultrashort pulses 7%
53. Detectors 7%
54. Solitons 6%
55. Copper 6%
56. Diamond 6%
57. Discrete Fourier transforms 6%
58. Carbon 6%
59. Laser pulses 6%
60. Optical fibers 6%
61. Electronic structure 6%
62. Powders 5%
63. Polymers 5%
64. Crystalline materials 5%
65. Nickel 5%
66. Photoluminescence 5%
67. Multimode fibers 5%
68. Raman scattering 5%
69. Fiber Bragg gratings 5%
70. Pumps 5%
71. Germanium 5%
72. X rays 5%
73. Decomposition 5%
74. Thin films 5%
75. Vapors 5%
76. Catalyst supports 5%
77. Raman spectroscopy 5%
78. Composite materials 5%
79. Nitrogen 5%
80. Phase transitions 5%
81. Ionic Liquids 5%
82. Photolysis 5%
83. Hydrocarbons 5%
84. Bosons 5%
85. Defects 5%
86. Optical parametric oscillators 5%