FORTRESS: F block cOvalency and Reactivity defined by sTructural compRESSibility

Chemistry

1. Uranium 100%
2. Ligand 88%
3. Chemistry 68%
4. Molecule 61%
5. Reduction 49%
6. Chemical Bond 44%
7. Reactivity 42%
8. Neptunium 42%
9. Block Like Crystal 34%
10. Synthesis (Chemical) 32%
11. Ion 31%
12. Metal 30%
13. Chemical Reaction 30%
14. Analytical Method 29%
15. Structure 29%
16. Cation 28%
17. Electronic State 28%
18. Pressure 27%
19. Orbital 25%
20. Oxidation Reaction 23%
21. Metallocene 22%
22. Electron Particle 21%
23. Functionalization 21%
24. Tris 21%
25. Small Molecule Activation 21%
26. Photochemical Reduction 21%
27. Cyclopentadienide 21%
28. Hydrocarbon 21%
29. Halide 21%
30. Cleavage 21%
31. Benzene 21%
32. Cerium 21%
33. Thorium 21%
34. Ring Opening Polymerisation 21%
35. Silane 21%
36. Borane 21%
37. Application 21%
38. R 21%
39. UV/VIS Spectroscopy 21%
40. Cyclopentadienyl 21%
41. Group 17%
42. Chemical Reaction Product 15%
43. Hydrogen Bond 13%
44. C-H Bond Activation 13%
45. Carbon Dioxide 11%
46. Deoxygenation 10%
47. Phenanthroline 10%
48. Silicon 10%
49. Boron Atom 10%
50. Lignin 10%
51. Luminiscence Type 10%
52. Catalytic Oxidation 10%
53. Oxygen Atom 10%
54. Hydrogen Atom 10%
55. Alcohol 10%
56. Reaction Selectivity 10%
57. Uranium Dioxide 10%
58. Light Irradiation 10%
59. Polymerization Reaction 10%
60. Ketones 10%
61. Electronic Spectroscopy 10%
62. Actinoid Atom 9%
63. Metalation 8%
64. Oxo Group 8%
65. Solvent 7%
66. Reaction Stoichiometry 7%
67. Correlation 7%
68. Molecular Volume 7%
69. Salt 7%
70. Magnetism 7%
71. Polymer 7%
72. Dipole Moment 7%
73. Macrocycle 6%
74. Concentration 5%
75. Initiator 5%
76. Thermal Stability 5%
77. Inorganic Chemistry 5%
78. Radioactivity 5%
79. Carbonate 5%
80. Radiochemicals 5%
81. Oxide 5%
82. Polymerization Catalysis 5%
83. Plutonium 5%
84. Sulfur 5%
85. Pyridine 5%
86. Point Group C3 5%
87. Radioisotope 5%
88. Coordination Sphere 5%