College of Arts, Sciences, and Education

Keyphrases

1. Gravitational Waves 100%
2. Single Ionization 45%
3. Helium 45%
4. Advanced LIGO 43%
5. Electron Impact Ionization 41%
6. Differential Cross Section 39%
7. Oscillation 37%
8. Electron Impact 35%
9. Quantum Phase Transition 30%
10. Distorted Wave 28%
11. Recoil Ions 27%
12. Fully Differential Cross Section 27%
13. Double Ionization 25%
14. Binary Black Holes 25%
15. Low Energy 25%
16. LIGO-Virgo 24%
17. Scattering Angle 24%
18. Triple Differential Cross Section 23%
19. Argon 22%
20. Potential Energy Surface 21%
21. Positron Impact 20%
22. On Time Scales 20%
23. Proton 20%
24. Mssbauer 20%
25. Electron Capture 20%
26. Galaxies 19%
27. Topological Insulator 19%
28. Ionization Cross Section 19%
29. Neutron Stars 19%
30. Phase Transition 19%
31. Magnetic Properties 19%
32. Two Dimensional 18%
33. Temperature Effect 18%
34. Bismuth Telluride 18%
35. Monte Carlo Simulation 18%
36. Three-body 17%
37. Wave Function 17%
38. Low Temperature 17%
39. Proton Impact 17%
40. Virgo 17%
41. Ejected Electrons 17%
42. Advanced Virgo 17%
43. Electron Energy 16%
44. All-sky 16%
45. GW150914 15%
46. Classical Trajectory Monte Carlo Method 15%
47. High Energy 15%
48. Electron Emission 15%
49. Gravitational Wave Detectors 15%
50. Three-dimensional (3D) 14%
51. Atom-ion Interactions 14%
52. Atomic Hydrogen 14%
53. Neutrinos 14%
54. Correlation Function 14%
55. Excited States 14%
56. Baryons 13%
57. First-order 13%
58. Effect Study 13%
59. Missouri 13%
60. Positron 13%
61. Spectroscopic Surveys 13%
62. Superconductivity 13%
63. Baryon Acoustic Oscillations 13%
64. Continuous Gravitational Waves 13%
65. Oscillation Criteria 13%
66. Random Media 13%
67. Low-energy Electrons 13%
68. Intermediate Energy 13%
69. Nonlinear Schrödinger Equation 12%
70. Fully Differential 12%
71. Dynamic Equations 12%
72. Single Crystal 12%
73. Distorted Wave Born Approximation 12%
74. Complete Experiment 12%
75. Laser Interferometer Gravitational Wave Observatory 12%
76. Electronic Structure 12%
77. Heavy Ions 12%
78. Dirac 12%
79. Black Hole Mergers 12%
80. Rare Regions 12%
81. Angular Distribution 12%
82. Power Law 12%
83. High-order 12%
84. GW170817 12%
85. Pulsars 12%
86. Mssbauer Effect 12%
87. Electron Correlation 11%
88. Transmission Eigenchannels 11%
89. Ion Impact 11%
90. Disordered Waveguides 11%
91. Nanoparticles 11%
92. Highly Charged Ions 11%
93. Wave Calculation 11%
94. Electron-impact Excitation 11%
95. Compact Binary Coalescence 11%
96. Energy Loss 11%
97. Quantum Electrodynamics 10%
98. Electron-electron Interaction 10%
99. Dynamic Equations on Time Scales 10%
100. Numerical Results 10%