環境安全衛生推進室

Physics

1. Calorimeter 100%
2. Refrigerator 73%
3. Temperature 58%
4. Photons 47%
5. Liquid Helium 45%
6. Scintillation 33%
7. Dielectrics 33%
8. Mechanical Vibration 27%
9. Pulses 27%
10. Signal Detection 26%
11. Energy Gaps (Solid State) 25%
12. Pressure 23%
13. Hydrogen 23%
14. Preamplifier 23%
15. Electric Potential 23%
16. Nuclear Power Plant 22%
17. Area 22%
18. Technology 22%
19. Networks 22%
20. Particle 21%
21. Environment 19%
22. Heat Exchanger 19%
23. Transients 19%
24. Operating Temperature 17%
25. Cooling 17%
26. Transuranium Element 16%
27. Detection 16%
28. Interference 16%
29. Output 15%
30. Diameters 14%
31. Copper 11%
32. Vacuum 11%
33. Hydrogen Production 11%
34. Earthquake 11%
35. Transportation 11%
36. Hydrogen Storage 11%
37. Helium 11%
38. Carbon Dioxide Emission 11%
39. Alternatives 11%
40. Fuel 11%
41. High Pressure 9%
42. Flow Velocity 9%
43. Behavior 9%
44. X Ray 8%
45. Spectrometer 8%
46. Epoxy Resin 8%
47. Amplifier 8%
48. Spectroscopy 8%
49. Light 8%
50. Semiconductor 8%
51. Semiconductors (Materials) 8%

Engineering

1. Scintillation 33%
2. Energy Supply 33%
3. Japan 33%
4. Temperature 30%
5. Avalanche Photodiode 25%
6. Emitted Light 25%
7. Networks 22%
8. Energy Engineering 22%
9. Transients 19%
10. Compound Semiconductor 16%
11. Radiation Effect 16%
12. Signal Detection 16%
13. Detection 16%
14. Electric Potential 16%
15. Initial Pressure 14%
16. Supply System 11%
17. Accidents 11%
18. Production 11%
19. Emission Reduction 11%
20. Storage 11%
21. Fuel Cell 11%
22. Carbon Capture and Storage 11%
23. Fuel 11%
24. Flow Rate 9%
25. Heat Transfer Coefficient 9%
26. High Pressure 9%
27. Semiconductor Material 8%
28. Experiments 8%
29. Dilution 8%
30. Current Signal 8%