Hydrogénation d’alcènes non-activés, d’amides et du dioxyde de carbone par des catalyseurs de type paires de Lewis frustrées

Chemistry

1. Lewis Base 100%
2. Metal 87%
3. Chemical Reaction 87%
4. Chemistry 87%
5. Application 75%
6. Hydrogenation 75%
7. Synthesis (Chemical) 75%
8. Methane 75%
9. Superacid 75%
10. Density Functional Theory 75%
11. Transition Element 37%
12. Reactivity 25%
13. Phosphine 24%
14. Boronate 24%
15. Reduction 24%
16. Alkene 24%
17. Acidic Condition 24%
18. Lewis Acid 24%
19. Catalyst 24%
20. Energy 12%
21. Amine 12%
22. Hydrogen 12%
23. Reaction Mechanism 12%
24. Greenhouse Gas 12%
25. Electrostatic Interaction 12%
26. Strain 12%
27. Base 12%
28. Carbon Dioxide 12%
29. Procedure 12%
30. Atom 12%
31. Thermodynamics 12%
32. Chemical Reaction Product 12%
33. Electronic Property 12%
34. Chemical Kinetics Characteristics 12%
35. Alkane 12%
36. Industry 12%
37. Chemical Transformation 12%
38. Hydride 12%
39. Deprotonation 12%
40. Boron Atom 12%
41. Carbon Dioxide 12%
42. Formic Acid 12%