Tzany Kokalova Wheldon

Physics & Astronomy

1. decay 100%
2. nuclei 85%
3. excitation 76%
4. detectors 62%
5. strip 59%
6. energy 51%
7. isotopes 50%
8. neutrons 46%
9. silicon 42%
10. elastic scattering 41%
11. particle emission 37%
12. acceptability 35%
13. inverse kinematics 35%
14. beryllium 9 35%
15. parity 31%
16. spectrographs 29%
17. positrons 26%
18. high resolution 26%
19. thresholds 24%
20. gases 24%
21. spectroscopy 23%
22. condensates 22%
23. charged particles 21%
24. scattering 21%
25. alpha decay 20%
26. beds 20%
27. spectrometers 20%
28. osmium isotopes 19%
29. wavelet analysis 19%
30. computational fluid dynamics 19%
31. nuclides 18%
32. condensation 18%
33. machine learning 17%
34. reaction products 17%
35. terbium isotopes 17%
36. cross sections 16%
37. simulation 15%
38. platinum isotopes 15%
39. rays 14%
40. boron 14%
41. protons 13%
42. nozzle design 13%
43. radiation counters 13%
44. products 13%
45. energy levels 12%
46. closures 12%
47. neutron decay 12%
48. heavy nuclei 12%
49. mirrors 11%
50. cameras 11%