Applied Nuclear Physics

Physics

1. Neutrons 100%
2. Protons 55%
3. Model 53%
4. Targets 47%
5. X Ray 39%
6. Spectra 36%
7. Calculation 36%
8. Calorimeter 34%
9. Region 31%
10. Particle 30%
11. Detection 28%
12. Scintillator 26%
13. Light 26%
14. Responses 24%
15. Tunnel Junction 24%
16. Pulses 24%
17. Scintillation Counter 21%
18. Gamma Radiation 21%
19. Photons 20%
20. Scintillation 20%
21. Gases 19%
22. Counters 19%
23. Value 18%
24. Output 18%
25. Energy Spectra 17%
26. Spectrometer 16%
27. Magnets 14%
28. Coil 14%
29. Lead 14%
30. Temperature 14%
31. Heavy Ion 14%
32. Utilization 13%
33. Nucleon 12%
34. Organic Liquid 12%
35. Emission 12%
36. Decay 12%
37. Performance 12%
38. Neutrino 12%
39. Electric Potential 12%
40. Deuteron 12%
41. Proton Beams 11%
42. Crystals 11%
43. Refrigerator 11%
44. Universities 11%
45. Ion 11%
46. Radiation 11%
47. Monte Carlo 9%
48. Liquids 9%
49. Evaluation 9%
50. Angular Distribution 9%
51. Electrodes 9%
52. Proton Energy 8%
53. Events 8%
54. Independent Variables 8%
55. Simulation 8%
56. Area 8%
57. Dielectrics 8%
58. Diameters 8%
59. Arrays 8%
60. Spallation 8%
61. Ratios 8%
62. Copper 8%
63. Evaporation 8%
64. Single Crystals 8%
65. Magnetic Fields 7%
66. Nuclear Data 7%
67. Methane 7%
68. Width 7%
69. Molecular Dynamics 7%
70. Photoluminescence 7%
71. Ionization 7%
72. Helium 7%
73. Ionization Chamber 6%
74. Nuclear Reaction 6%
75. Cooling 6%
76. Standard 6%
77. Magnitude 6%
78. Iron 6%
79. Media 6%
80. Glass 6%
81. Gradients 5%
82. Differences 5%
83. Heat 5%
84. Born Approximation 5%
85. Shielding 5%
86. High Resolution 5%
87. Water 5%
88. Therapy 5%
89. Angular Momentum 5%
90. Synchrotron 5%